Discover the new iQ Series immission monitors with new possibilities
For real control over your data and your day, you need a tool that becomes smarter over time. Discover the non-stop intelligence of the new Thermo Scientific iQ Series Gas Analyzers. If problems can be predicted, they can be prevented. With an easy-to-use touch screen display, proactive communication and the reliability you expect from Thermo Scientific gas analyzers, you can expect real control.| Predictive Diagnostics Fix problems before they occur with the new prediction feature and improved maintainability, as well as plug & play components. 24x7 access to your analyzer's information allows you to minimize troubleshooting time. |
Proactive communication You are informed at any time by e-mail notifications sent by the iQ measuring device itself. You decide who receives the e-mail. We can support you with detailed error analysis at any time. Eliminate surprises and control your day with the gas analyzers of the iQ series. |
Smartphone App With the iQ App for Smartphones there is now an easy way to query the current status of your iQ gas analyzers at any time, the relefanten information is clearly displayed in addition to the status information the maintenance warnings are displayed. All current product documentation for iQ Series and iSeries gas analyzers is available for download in the Recources tab.  Download for iPhone:App Store Link Download for Android:Google Play Link |
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Thermo Scientific's 42iQ NO-NO2-NOx Analyzer uses chemiluminescence technology to measure the amount of nitrogen oxides in air from the sub-ppb range up to 100 ppm. |
The Thermo Scientific 42iQ Trace Level NO-NO2-NOx Analyzer uses chemiluminescence technology to measure the amount of nitrogen oxides in air from the low sub-ppb range to 1000 ppb. |
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Thermo Scientific's 43iQ Sulfur Dioxide Analyzer uses pulsed fluorescence technology to measure the amount of sulfur dioxide in the air. |
The Thermo Scientific 43iQ Trace Level SO2 Analyzer uses pulsed fluorescence technology to measure the amount of sulfur dioxide in the air, from 0.05ppb to 1000ppb. |
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The Thermo Scientific 48iQ Trace Level Carbon Monoxide Analyzer uses gas filter correlation technology to measure carbon monoxide levels in the air. |
410iQ Carbon Dioxide Analyzer
The Thermo Scientific 410iQ Carbon Dioxide Analyzer uses advanced optical NDIR filter technology (NDIR) to measure CO2 concentrations. |
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The 49iQ Ozone Analyzer from Thermo Scientific uses UV photometric technology, implemented as a 2 beam photometer, to measure the amount of ozone in the air from ppb up to 200 ppm. |
Thermo Scientific's 49iQPS ozone primary standard uses UV photometric technology to generate ozone with a concentration of up to 5000 ppb. |
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The 450iQ-Thermo Scientific hydrogen sulfide and sulfur dioxide analyzer uses pulsed fluorescence technology to measure the levels of H2S and SO2 in the air. |
Thermo Scientific's Zero Air Supply 111iQ is suitable for all applications where clean air is required. |
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Thermo Scientific's 146iQ Multi-Gas Calibrator generates accurate values for ozone, carbon monoxide, sulfur dioxide, nitric oxide, nitrogen dioxide and other gases. |
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Example Thermo 49iQ for 19" rack mounting |
Video of the new iQ Series: ----- > players.brightcove.net <-------- |
