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Lab Expo IR Carbon and Sulphur Analyzer has a wide measurement range, allowing it to analyzer trace to high concentrations of carbon and sulfur. They use high-precision infrared detection with non-dispersive infrared absorption technology for accurate measurements. These have advanced combustion furnaces that ensure complete sample oxidation, further enhancing the reliability of results. They include intuitive software that enables real-time data processing, storage, and export. These have automatic calibration functions simplify operation ensuring consistent results.
FAQ for IR Carbon and Sulphur Analyzer
1: What is the measurement range of the IR Carbon and Sulphur Analyzer?
The analyzer supports a wide measurement range, enabling detection of both trace (ppm-level) and high concentrations (percent-level) of carbon and sulfur in various materials.
2: What is non-dispersive infrared absorption technology?
NDIR is a technique that measures gas concentrations based on the specific wavelengths of infrared light absorbed by gases like CO? and SO?, which are produced during sample combustion.
3: How does an advanced combustion furnace improve analysis accuracy?
By ensuring complete and uniform oxidation of the entire sample, it prevents partial combustion that could lead to underestimation of carbon and sulphur content.
4: What software features are included with the IR Carbon and Sulphur Analyzer?
The system includes user-friendly software that enables real-time data acquisition, automated result calculation, long-term storage, and easy data export to various formats.
5: What is automatic calibration in an IR Carbon and Sulphur Analyzer?
Automatic calibration refers to the analyzer built-in function that adjusts and verifies measurement accuracy using predefined standards without requiring manual intervention.
