LSPEC 5060 Research FTIR Gas Analyzer


TheLspec5060isaresearch-gradeFTIRgasanalyzerforreal-time,high-precisionmulti-gasanalysis,withsensiti

 

 

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Key Advantages

 

Why Choose This Product?

The Lspec 5060 is a research-grade FTIR gas analyzer designed for real-time, continuous gas composition analysis. It enables fast and accurate identification and quantification of multiple gases, with some detection limits reaching ppb level.Widely used in industrial analysis, emission monitoring, and scientific research, it provides reliable performance for complex gas analysis applications.

  •  1. ppb-level high sensitivity for trace gas detection

  •  2. Continuous and automated gas analysis

  •  3. Wide detection capability (CWA, TIC, industrial gases)

  •  4. High precision and stability

  •  5. Suitable for laboratory and advanced industrial use

Pain Points

Traditional analyzers lack sensitivity for trace gases
Difficulty in continuous and multi-gas analysis
Limited gas identification capability
Complex operation in research environments


Our Solution

The Lspec 5060 provides a high-performance FTIR-based solution for real-time and continuous gas analysis. With high sensitivity, wide gas library, and advanced optical design, it ensures accurate and reliable results for research, industrial monitoring, and complex gas analysis applications.

 

 

Product Parameter

ItemSpecification
Customized supportOEM, ODM, OBM, Software reengineering
Place of OriginChina

Henan
PowerElectronic
Brand NameRESOUND
Model NumberLSPEC 5060
Spectral Range750–4500 cm⁻¹
Resolution1 cm⁻¹, 2 cm⁻¹, 4 cm⁻¹ (optional up to 0.5 cm⁻¹)
DetectorLiquid nitrogen cooled MCT (optional thermoelectric cooling)
InterferometerCube corner interferometer, permanently aligned
Gas Cell5 m long-path gas cell (temperature controllable)
Beam SplitterZnSe
InterfaceUSB
Gas LibrarySupports 300+ gases
Typical GasesCNCl, HCl, CO, CO₂, SO₂, NOx, H₂O, NH₃, etc.
Power Supply220V, 50Hz
Weight25 kg
Dimensions630 × 350 × 270 mm
FunctionsAutomatic temperature, pressure, and gas compensation

Application Areas

 1. Industrial process gas analysis
 2. Emission and flue gas monitoring
 3. Catalytic process research
 4. Gas impurity detection
 5. Scientific research and laboratories
 6. Biomass and environmental gas analysis


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