En FTIR gas analyzer from Instrava is a high-performance Fourier Transform Infrared (FTIR) spectrometer designed for precise gas analysis and molecular identification. Using the Michelson interferometer principle, the system measures infrared absorption spectra to accurately determine gas composition and molecular structure.
In the FTIR analyzer, infrared light emitted by the source passes through the Michelson interferometer, creating optical interference that interacts with the sample. The detector captures the interference signal containing the sample information, and advanced software performs Fourier transform processing to generate the spectral data.
This technology allows the FTIR gas analyzer to provide highly accurate spectral measurements across a wide range of applications including gas analysis, chemical identification, and laboratory research.
Análisis óptico Descripción
FTIR Gas Analysis for Industrial and Laboratory Applications
En Fourier transform infrared gas analyzer is widely used in industries and research environments requiring high-precision chemical analysis and gas monitoring.
Typical application areas include:
Petrochemical process analysis
Pharmaceutical research and quality control
Food safety testing laboratories
Environmental monitoring and gas composition analysis
Material science research
University laboratories and scientific research institutes
By analyzing infrared absorption spectra, the FTIR analyzer enables accurate identification and quantification of chemical components, making it a powerful tool for industrial analysis, research experiments, and environmental testing.
The system features integrated optical bench construction, allowing convenient installation and stable long-term operation in laboratory or industrial environments.
Advanced FTIR Spectroscopy with Robust Optical Design
En Instrava FTIR gas analyzer integrates advanced optical engineering with intelligent system design to deliver reliable and stable spectral analysis.
Las principales ventajas del sistema son:
Michelson interferometer optical system for high-precision spectral measurement
Sealed interferometer structure with enhanced moisture protection
High-resolution DLATGS detector with moisture-proof coating
Large push-pull sample chamber design that reduces interference from water vapor and CO₂
Ergonomic observation window design for easy monitoring and maintenance
The analyzer integrates its core components into a precision-machined aluminum optical bench, ensuring mechanical stability and eliminating the need for frequent optical adjustments.
Con low power consumption (<30W) and a robust design, the system provides reliable performance for long-term laboratory and industrial gas analysis applications.
Parámetro de análisis óptico
| Parámetro | Especificación |
|---|---|
| Tipo de producto | FTIR Gas Analyzer |
| Tecnología | Espectroscopia infrarroja por transformada de Fourier |
| Principio de medición | Michelson Interferometer |
| Gama espectral | 7800 – 350 cm⁻¹ |
| Resolución | 1 cm⁻¹ |
| Signal-to-Noise Ratio | >15000:1 / >30000:1 (P-P value, resolution 4 cm⁻¹, 1 min scan) |
| Detector | High-resolution DLATGS detector with moisture-proof coating |
| Beam Splitter | KBr coated with Ge |
| Fuente de luz | Long-life air-cooled infrared source |
| Electronic System | 24-bit A/D converter at 500 MHz |
| Interfaz de comunicación | USB 2.0 |
| Fuente de alimentación | 110–220 V AC, 50–60 Hz |
| Consumo de energía | < 30 W |
| Dimensiones | 450 × 350 × 235 mm |
| Peso | 14 kg |
Instrava OEM/ODM
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Instrava se centra en ofrecer soluciones industriales fiables a través de productos cuidadosamente seleccionados, optimización basada en aplicaciones y personalización flexible. Seleccionamos instrumentos probados de fabricantes de confianza para garantizar una calidad constante, optimizamos soluciones basadas en condiciones de trabajo reales para resolver retos prácticos y ofrecemos configuraciones a medida para satisfacer las necesidades de aplicaciones específicas.
Combinando la experiencia en selección con la comprensión de las aplicaciones, Instrava ayuda a sus clientes a reducir riesgos, mejorar la eficacia y obtener resultados fiables en entornos industriales complejos.
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What is an FTIR gas analyzer used for?
En FTIR gas analyzer is used to analyze gases and chemical compounds by measuring their infrared absorption spectra. It is widely used in environmental monitoring, chemical analysis, pharmaceutical research, and industrial process control.
How does an FTIR gas analyzer work?
En FTIR analyzer uses a Michelson interferometer to generate an interference pattern from infrared light. After the light interacts with the sample, the detector records the signal and software performs Fourier transform calculations to obtain the spectral information.
What are the advantages of FTIR gas analyzers?
Principales ventajas de FTIR gas analyzers incluyen:
High spectral resolution
Simultaneous multi-component analysis
High sensitivity and accuracy
Non-destructive measurement
Wide spectral detection range
Which industries use FTIR gas analyzers?
Industries that commonly use FTIR analyzers incluyen:
Petrochemical and chemical industries
Pharmaceutical laboratories
Agencias de control medioambiental
Food safety laboratories
Academic and research institutions
What gases can an FTIR analyzer detect?
En FTIR gas analyzer can detect a wide variety of gases and chemical compounds depending on the spectral library and configuration, including hydrocarbons, CO₂, CO, NOx, SO₂, and other trace gases.
Why is FTIR spectroscopy used in laboratory analysis?
FTIR spectroscopy provides highly detailed molecular information and allows rapid identification of chemical compounds, making it one of the most widely used analytical techniques in laboratories and industrial research.
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