The SenzTx is a compact and robust O2 transmitter that utilises zirconia or electrochemical technology to give a reliable measurement of oxygen concentration. The zirconia sensor offers fast response time and a long service life with virtually no drift, whilst the electrochemical sensor allows measurement in background gases containing hydrocarbons.
The Microx is a compact and robust oxygen analyzer that utilises zirconia or electrochemical technology to give a reliable measurement of oxygen concentration. The zirconia sensor offers fast response time and a long service life with virtually no drift, whilst the electrochemical sensor allows measurement in background gasescontaining hydrocarbons.
The MICROX-OL is a wall mounted instrument designed to measure the oxygen concentration in inert gas supplied under positive pressure. This analyzer utilises zirconia or electrochemical technology to give a reliable solution for the measurement of % and ppm oxygen ranges. The zirconia sensor life is typically 3 to 5 years when used within stated specifications.
The Gasenz Oxygen Monitor is designed for the monitoring of oxygen deficient atmospheres in any work area where the risk of asphyxiation may occur due to the presence of gases like nitrogen or carbon dioxide. This compact and rugged % zirconia oxide or electrochemical sensor oxygen monitor is perfectly suited for personnel protection in the gas generation industry and in hypoxic fire prevention systems.
The Ntron Yellow Box is a compact, robust, transportable oxygen analyzer providing a versatile solution for high purity oxygen measurement applications. The zirconia sensor offers fast response time and a long service life with virtually no drift. The analyzer comprises of up to 3 discreet oxygen sensors for ppm & % oxygen up to 96%.
If you have any questions or are ready for the next step, please contact our Sales team for more information.
If you have a specific application not covered, please complete our Application Questionnaire and our Sales team will be in touch shortly.