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In situ oxygen probe Brand : SETNAG ADVANTAGES : Excellent response time, thanks to the MicroPoas® miniaturized zirconia sensor. Increased reliability and easy set-up as no reference gas is required. The excellent measurement reproducibility ensures perfect control of your process. MEASUREMENT TECHNIQUE / RUNNING The TTH sensor is directly plunged in the gases for analysis. TTH can be used from 500 to 1050°C depending on the model. The MicroPoas® signals are collected by one of our electronic systems (ATS2020 or Oxybox’Air) which will display and/or send a 4-20mA output signal proportional to the measured oxygen concentration. EXAMPLES OF APPLICATIONS Heat treatment Control of combustion Waste incineration Crematorium

Measurement of oxygen in combustion gases (specially dedicated to natural gas boilers) Brand : SETNAG ADVANTAGES : No need for reference gas: use of the MicroPoas® Communication: analogue outputs 4-20 mA and RS485 as standard Integrated safety: 3 alarms Control of operating costs, virtually maintenance-free Fast set-up (sensor and electronic system in a single apparatus) Simple and intuitive use MEASUREMENT TECHNIQUE The gases own speed inside the duct enables them to flow freely up to the sensor where they are analysed. They pass through co-circular tubes the length of which can be adapted to the dimensions of the duct. The electronic system collects the temperature and voltage signals from the MicroPoas®, and gives the oxygen concentration. EXEMPLES OF APPLICATIONS Control of combustion in power generation, district heating operations Control of processes... OXYBOX'ATK

Measurement of oxygen in gases Process control Brand : SETNAG ADVANTAGES : No need for reference gas: use of the MicroPoas® Semi in situ measurement (excellent reliability) Free circulation of the gases Easy and fast set-up Almost maintenance free, cost effective service MEASUREMENT TECHNIQUE The S24N-2020 analyser fits CEM systems Oxygen measurement on wet gas (direct connection at heated hose outlet) Oxygen measurement on dry gas (after sample conditioning) EXAMPLES OF APPLICATIONS Power generation, district heating operation... Incineration of industrial and domestic waste Steam production Steel works VOC incineration Control of processes...

Analysis and measurement of trace oxygen inside pure and inert gases Brand : SETNAG ADVANTAGES : Wide measurement range: from 0.01ppm to 25% over a single range Easy set-up and fast response time: use of the MicroPoas®. Simple and user-friendly system Almost maintenance-free Alarm monitoring as standard MEASUREMENT TECHNIQUE The gas freely flows in the analyser (it can also be forced) and passes over the MicroPoas®. Thanks to the built-in metal reference of our zirconia sensor; measurement is in no way influenced by the environment. Therefore, reliability and reproducibility are improved. EXAMPLES OF APPLICATIONS Air separation Control of particular atmospheres Tightness control Heat treatment Control of inerting JC24V

Measurement of oxygen in combustion gases Control of processes and measurement of emissions. QAL1 compliant (EN14181) Brand : SETNAG ADVANTAGES : No need for reference gas: use of the MicroPoas® Semi in situ measurement (excellent reliability) Free circulation of the gases you analyse Easy and fast set-up Limited and cost-effective service and maintenance operation MEASUREMENT TECHNIQUE The S24N-2020 analyser fits CEM systems Oxygen measurement on wet gas (direct connection at heated hose outlet) Oxygen measurement on dry gas (after sample conditioning) EXAMPLES OFAPPLICATIONS Power generation, district heating operations... Incineration of industrial and domestic waste Steam production Steel works VOC incineration Control of processes...

Measurement of oxygen in combustion gases and in incineration gases. QAL1 compliant (EN14181) Brand : SETNAG ADVANTAGES No need for reference gas: use of the MicroPoas® Maximum gas temperature: up to 1300° C continuously, depending on the version No sensitive parts and no hot spot inside the duct Free circulation of the gases you analyse "Detachable" probe tubes: easy to dismantle and replace for simple and cost-effective maintenance. Limited maintenance and service operations: easy probe tube cleaning with compressed air and/or fast dismantling. MEASUREMENT PRINCIPLE The gases own speed inside the duct enables them to flow freely up to the sensor where they are analysed. They pass through co-circular tubes the length of which can be adapted to the dimensions of the duct. The electronic system collects the temperature and voltage signals from the MicroPoas®, and gives the oxygen concentration. EXAMPLES OF APPLICATIONS Control of combustion in power generation, district heating...