The ME3-ETO electrochemical gas sensor operates on the principle of electrochemistry, where the target gas undergoes oxidation-reduction reactions at the working and counter electrodes, releasing charge and generating a current through an external circuit. The current magnitude is proportional to the gas concentration, enabling quantitative measurement of the target gas.
The ME3-HCl electrochemical gas sensor operates on the principle of electrochemistry, where the target gas undergoes oxidation-reduction reactions at the working and counter electrodes, releasing charge and generating a current through an external circuit. The current magnitude is proportional to the gas concentration, enabling quantitative measurement of the target gas.
The ME4-ETO sensor is a constant-potential electrolytic ethylene oxide sensor. Ethylene oxide and O2 undergo oxidation-reduction reactions at the working and counter electrodes, releasing charge and generating a current. The current magnitude is proportional to the ethylene oxide concentration, and the concentration can be determined by measuring the current.
