The Texas Analytical Controls’ Model XLE 302 Series H2S analyzers are extremely fast and accurate instruments for detecting and quantifying hydrogen sulfide in process streams. XLE302 Series employs advanced technology in every area of operation from sensors to diagnostics. One of the analyzers unique features is it utilizes 2 electro-chemical sensors. If the output of one sensor becomes too weak the analyzer can continue to operate on one sensor. This dedication to technological progress is the reason our analyzers are the lowest maintenance and most cost effective line of analyzers available.

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The Texas Analytical Controls’ Model XLE 102 Series can also be ordered to measure H20. The analyzers are extremely fast and accurate instruments for detecting and quantifying moisture in process streams.  The XLE102 Series employs advanced technology in every area of operation from sensors to diagnostics.  The analyzers display will provide the H20 readings and alarm conditions.  TAC’s dedication to technological progress is the reason our analyzers are the lowest maintenance and most cost efficient line of analyzers available.

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The Texas Analytical Controls’ Model XLE 302 Series O2 analyzers are extremely fast and accurate instruments for detecting and quantifying oxygen levels in process streams.  XLE302 Series employs advanced technology in every area of operation from the sensor to diagnostics.  The dedication to technological progress is the reason our analyzers are the lowest maintenance and most cost-effective line of analyzers available.

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The Texas Analytical Controls’ Model XLE 302 Series can also be ordered to measure CO2 or a combination of H2S and CO2.  The analyzers are extremely fast and accurate instruments for detecting and quantifying carbon dioxide in process streams.  The XLE302 Series employs advanced technology in every area of operation from sensors to diagnostics.  The analyzers two line display will provide the operators with the CO2 readings.  TAC’s dedication to technological progress is the reason our analyzers are the lowest maintenance and most cost efficient line of analyzers available.

The analyzer uses the proven non-dispersive (NDIR) principle to detect and monitor the presence of CO2. By incorporating two internal active detectors and a reference detector with an infra-red source and specific filtering the carbon dioxide concentrations can be determined.

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The Texas Analytical Controls’ Model XLE 302 Series can also be ordered to measure a combination of H2S and H20. The analyzers are extremely fast and accurate instruments for detecting and quantifying hydrogen sulfide and moisture in process streams.  The XLE302 Series employs advanced technology in every area of operation from sensors to diagnostics.  The analyzers two line display will provide the operators with the H2S and H20 readings. TAC’s dedication to technological progress is the reason our analyzers are the lowest maintenance and most cost efficient line of analyzers available.

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The Texas Analytical Controls’ Model XLE 302 Series H2S analyzers are extremely fast and accurate instruments for detecting and quantifying hydrogen sulfide in process streams. XLE302 Series employs advanced technology in every area of operation from sensors to diagnostics. One of the analyzers unique features is it utilizes 2 electro-chemical sensors. If the output of one sensor becomes too weak the analyzer can continue to operate on one sensor. This dedication to technological progress is the reason our analyzers are the lowest maintenance and most cost effective line of analyzers available.

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The Texas Analytical Controls’ Model XLE 302 Series H2S analyzers are extremely fast and accurate instruments for detecting and quantifying hydrogen sulfide in process streams. XLE302 Series employs advanced technology in every area of operation from sensors to diagnostics. One of the analyzers unique features is it utilizes 2 electro-chemical sensors. If the output of one sensor becomes too weak the analyzer can continue to operate on one sensor. This dedication to technological progress is the reason our analyzers are the lowest maintenance and most cost effective line of analyzers available.

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