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Portable IR Gas analyzers |
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Photon |
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Madur's new Photon is a flue gas analyzer designed to use principally infrared sensors, but can also be fitted with up to 9 electrochemical sensors. The modular construction allows the instrument to be configured to suit practically any user needs.
In addition to this it is possible to set the range of each sensor as required for the measuring system (within the capabilities of the sensor). The analyzer also has an ample number of analogue and digital inputs and outputs to ensure ease of data transfer in both directions and documentation of all results. The analyzer can thus also be used for various control operations.
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Portable flue gas analyzers. From lightweight, low-cost units for O2 and CO up to top-of-the-range industrial equipment fitted with up to 9 gas sensors. Our analyzers use a mixture of electrochemical and IR sensors. Of course, even the smallest analyzer calculates all the relevant combustion parameters. |
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All madur stationary gas analyzers are fitted with a high-powered Peltier dryer equipped with a condensate pump. Some models also have a heated filter and heated sample hose. The powerful software allows a wide range of uses for the instruments. Both infrared (CO2, CH4) and electrochemical (O2, CO, NO, NO2, SO2, H2S, H2, ...) sensors are used in these instruments. |
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Madur offers a range of hand-held instruments for measurement of flue gas, differential pressure, flow velocity, temperature, relative humidity and others... |
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These gas dryers serve as sample conditioners for all of our flue gas analyzers which do not have an integrated dryer. All our dryers use a Peltier element for cooling. There are presently three different gas dryers in our programme. |
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IR sensors are split into two separate groups as OEM and industrial sensors. The components measured are carbon dioxide (CO2) and methane (CH4).
The measurements are based on the principle of light absorption in the infrared range, known as non-dispersive infrared (NDIR) technology.
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Copyright © 2007 madur USA. All rights reserved.
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