XMTCpro

The XMTCpro is a compact, high-performance thermal conductivity analyzer designed for continuous measurement of binary gas compositions. With SIL 2 capability and a robust industrial design, it delivers reliable and accurate gas concentration monitoring in demanding process environments.

The XMTCpro thermal conductivity analyzer is rugged and reliable solution for continuous measurement of gas composition in binary gas mixtures such as hydrogen, carbon dioxide, methane, helium, and other industrial gases with distinct thermal conductivity differences.

Using a highly stable thermal conductivity measurement principle, the analyzer determines gas concentration based on differences in thermal conductivity between gas components, ensuring fast response, accurate readings, and excellent long-term stability.

Designed for demanding industrial applications, the XMTCpro features a compact and durable construction with no moving parts, providing strong resistance to vibration, contamination, and harsh process conditions while minimizing maintenance requirements.

Its integrated display, intuitive user interface, and Modbus communication enable straightforward configuration and seamless integration into control systems. With SIL 2 functional safety capability and flexible installation options, the XMTCpro is well suited for safety-critical and process-critical applications across multiple industries.

The analyzer is widely used in hydrogen production, power generation, petrochemical processing, industrial gas systems, and renewable energy applications where reliable binary gas measurement is required.

FAQs

The XMTCpro uses thermal conductivity measurement to determine gas concentration in binary gas mixtures based on differences in thermal conductivity between gas components.

The analyzer is designed for binary gas mixtures such as hydrogen, carbon dioxide, methane, helium, and other combinations, where sufficient thermal conductivity difference exists.

THe typical measurement range is 0-100% volume concentration, with a response time of approximately 20 seconds to reach 90% a step change.

Yes, the XMTCpro is designed and certified on SIL 2 as functinonal safety and is ideal for use in safety-critical industrial applications.

Videos

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VideoXMTCpro IndustriesEnglishMP4Watch

Application Notes

TypeTitleIndustryLanguageFormatDownload
Application NotesEnsuring Aviator Breathing Gas (ABG) Quality with Advanced Oxygen and Moisture Analysis for AirlinesAerospaceEnglishPDFDownload
Application NotesHydrogen content in heat-treating furnace atmospheresSteelEnglishPDFDownload
Application NotesHydrogen purity in hydrogen- cooled generatorsHydrogenEnglishPDFDownload
Application NotesMulti-stream gas analysis in bio-methane upgradingRNGEnglishPDFDownload
Application NotesWater Electrolysis for Hydrogen ProductionHydrogenEnglishPDFDownload

Downloads

TypeTitleLanguageFormatDownload
WhitepapersOptimizing Hydrogen Production WhitepaperEnglishPDFDownload
BrochuresProcess Analyzers for Power GenerationEnglishPDFDownload
BrochuresWater Electrolysis for Hydrogen ProductionEnglishPDFDownload
BrochuresXMTCpro BrochureEnglishPDFDownload
DatasheetsXMTCpro DatasheetEnglishPDFDownload
DatasheetsXMTCpro Datasheet JapaneseJapanesePDFDownload
ManualsXMTCpro SIL Safety ManualEnglishPDFDownload
ManualsXMTCpro User ManualEnglishPDFDownload
ManualsXMTCpro User Manual GermanGermanPDFDownload
ManualsXMTCpro User Manual KoreanKoreanPDFDownload