I'm sorry, but now you have me confused. Below you had said that the O2 sensors were to be located ABOVE the tanks. But now you say they want to monitor Oxygen INSIDE the tanks? This is what we cannot do. We cannot monitor Oxygen concentration within the tank in the presence of Styrene and Methyl Methacrylate in large concentrations. We can do it with trace concentrations of the gases in ambient air above the tanks, but not within them.
Due to this uncertainly, I believe we should pass on this application, as it seems it really is designed to be a O2 gas analysis application. We can only monitor Oxygen depletion in ambient air, at 0-25% by volume, for area personnel safety. Also the accuracy designated below of only 1% lends credence to gas analysis.
I'm sorry, but now you have me confused. Below you had said that the O2 sensors were to be located ABOVE the tanks. But now you say they want to monitor Oxygen INSIDE the tanks? This is what we cannot do. We cannot monitor Oxygen concentration within the tank in the presence of Styrene and Methyl Methacrylate in large concentrations. We can do it with trace concentrations of the gases in ambient air above the tanks, but not within them. Due to this uncertainly, I believe we should pass on this application, as it seems it really is designed to be a O2 gas analysis application. We can only monitor Oxygen depletion in ambient air, at 0-25% by volume, for area personnel safety. Also the accuracy designated below of only 1% lends credence to gas analysis.
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