PewatronFCX-MP1000-EXT-HT300-300-V-CHSauerstoffmodul1620214031Wire Length 120cmOxygen gas sensor FCX-MP1000-H T300-300-V-CHPewatron sensors power solutionsFCX-MP1000-EXT-HT300-300-V-CH sauerstoffmodul 1620214031Drying and de-oxidation processes at temperatures up to 300°CAmperometric, zirconia based oxygen sensors have many advantages over amperometric,liquid based electrochemical oxygen sensors. Long operational lifetime & signal stabilityof the zirconia oxygen sensors are some of the advantages, when the two types of sensorsare benchmarked against each other, but also the ability of the zirconia sensor to measureoxygen concentrations in high temperatures up to 350°C is a distinct advantage thatcan be used in many applications. A combined high-temperature dryer/de-oxidationpurifier of gases is an example of an application requiring oxygen control at elevatedtemperatures. Pewatron has developed solutions for the sensor front-end that allowoperation up to 300°C in industrial processes.The FCX-MC-HT300-CH sensor module consists of a HT300 sensor front-end and aMC sensor electronics connected by a high temperature cable. The MC sensor electronicsaccurately controls the temperature of the sensor element and also amplifies the sensor low-currentsignal into a 4-20 mA output signal (MC standard configuration). The HT300 sensor front-end isdesigned for operation in temperatures up to 300°C by using special processes and materials.The HT300 sensor front-end is individually calibrated at a high temperature (Ta) specified by thecustomer and the operation and tolerances of the sensor front-end are checked in a temperaturetolerance band of Ta+/-50°C.The oxygen sensing element, i.e. the amperometric zirconia oxygen sensor, can be chosen from 4different measurement ranges; 0…1000 ppm, 0…5 %Vol, 0…25 %Vol & 0…95 %Vol.The choice of the sensor element depends on the exact application; for high-temperaturedrying & de-oxidation processes the 1000 ppm and 5 %Vol are popular choices,because these element high both have high signal resolution in low-oxygen concentration environments.For high temperature drying processes in atmospheric conditions or high-oxygen concentration environments,the 25 %Vol and 95 %Vol, respectively, are the best choice of sensor element. The 25 %Vol and 95 %Vol arediffusion flow limited type gas sensor, which means that they are independent of the total pressure in the systems.The response is dependent on the partial pressure of oxygen, which means that for > 100°C,the sensors can also measure absolute humidity.New item in Original Box
May have some marks and scratches
due to old stock
ASM di bonder parts SMT / Semiconductor store spares
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