Raman Spectroscopy Gas Analyzer for Corrosion Monitoring Detection Limit ppm level Laser excitation wavelength 532 ± 0.5 nm
| Attribute | Value |
|---|---|
| Model Name | RS2600 Multi-gas Analyzer |
| Laser excitation wavelength | 532 ± 0.5 nm |
| Spectral coverage | 200 ~ 4200 cm-1 |
| Analysis time | 2 seconds |
| Detection Limit | ppm level |
| Measurement Time | Real-time |
Combat equipment degradation with RS2600's proactive corrosion gas detection. Simultaneously track HF, HCl, and H2S concentrations with ppm sensitivity, even in variable-pressure steam lines. The in-situ design eliminates sampling lag time critical for early leak detection.
Essential for refinery FCC units and geothermal plants, this analyzer's fluorine compound detection (BF₃, F₂) prevents catastrophic failures. Its unique ability to monitor both corrosive agents and protective atmosphere gases (N₂, CO₂) makes it indispensable for asset integrity management across industries.
| Components | N2, H2, O2, CO, CO2, H2S, CmHn, etc. |
|---|---|
| Analysis time | 2 seconds |
| Measurement uncertainty | ≤0.2% |
| Laser excitation wavelength | 532 ± 0.5 nm |
| Spectral coverage | 200 ~ 4200 cm-1 |
| Spectral resolution | ≤8 cm-1 at full spectral range |
| Air circuit interface | 6 mm standard tube fitting (3 mm, 1/8'', and 1/4'' are optional) |
| Input voltage | 100~240 VAC,50~60 Hz |
| Sample gas temperature | -50 ~ 40 ºC |
| Sample gas pressure | ＜1.0 MPa |
| Unit dimensions | 485 mm (Width) × 350 mm (Height) × 600 mm (Depth) |
| Weight | 40 kg |
- Non-destructive gas analysis: Analytes including homonuclear diatomic gases(F2, Cl2, etc.) and isotopic gases (H2, D2, T2, etc.)
- Short detection time: Data acquired in seconds
- Minimal maintenance: Resistance to high pressure, direct detection without consumables (chromatographic column or carrier gas)
- Wide detection range: LOD at ppm level, detection range up to 100%
Effective identification and quantification of various components in natural gas mixtures within 2 seconds, such as alkanes, alkenes, alkynes, etc.
Detection of reactant gases, common gases, and fluorinated gases.
1. By constructing quantitative models of multiple standard curves and combining them with chemometric methods, the correlation between spectral signals and the content of various component substances can be effectively established. This comprehensive method not only improves the accuracy of analysis, but also enables the simultaneous processing and analysis of multiple different chemical components, providing a powerful tool for quantitative analysis of complex samples.
2. Even in the case of changes in sample gas pressure or fluctuations in testing conditions, this quantitative analysis method can still maintain the accuracy of the results. This is due to its high stability and robustness, ensuring consistent analysis results in any environment, providing reliable data support for scientific research and industrial applications.
JINSP Company Limited, abbreviated as "JINSP", is a professional supplier with over 17 years of experience in spectral detection technology products, including Raman, FT-IR, LIBS technologies, etc. After 17 years of technology accumulation, the company's core key technologies have reached the international leading position at the level, and the cumulative number of patent applications exceeded 200.
JINSP offers over twenty spectroscopic products across various fields, including pharmaceutical and chemical industries, public security, and customs. Products are available nationwide and are exported to over 30 countries, with cumulative sales exceeding 3,000 units.
Benefit from 30+ R&D engineers, including 4 Ph.D., JINSP is deeply rooted in the field of personalized product customization, and is committed to meeting the diverse and unique needs of customers with excellent professional technology and innovative design capabilities.
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