This website uses cookies primarily for visitor analytics. Certain pages will ask you to fill in contact details to receive additional information. On these pages you have the option of having the site log your details for future visits. Indicating you want the site to remember your details will place a cookie on your device. To view our full cookie policy, please click here. You can also view it at any time by going to our Contact Us page.

Oxygen analyser for demanding applications

03 July 2012

Michell Instruments has introduced a new compact oxygen analyser designed for applications in hazardous and safe areas within the process, power generation and marine industries.

Applications for the XTP601 are said to include oxygen measurement at the inlet of compressors in the steel or gas industries to monitor safety, or monitoring inert blanketing gases in oil tankers, chemical and pharmaceutical plants.

The analyser uses thermo-paramagnetic sensor technology to provide stable percentage measurement of oxygen in process gases including hydrogen, nitrogen or air. The device can be configured to measure 0-1%, up to 0-50%, 80-100% and 90-100% ranges to meet the specific needs of customers and includes barometric pressure compensation which ensures that variations in oxygen, due to changes in atmospheric pressure, are corrected. This helps to provide extremely accurate measurements, for example it is accurate to ±0.02% O2 for a 0-1% range.

The XTP601 provides two isolated 4-20mA outputs and is available with a general-purpose enclosure for non-hazardous areas or an EExd explosion-proof enclosure, which allows installation at the point of measurement. The XTP601 is certified for use within ATEX Zone 1 hazardous areas and also has IECEx and cCSAus (pending) hazardous area certification. An integrated touch-screen display enables configuration, calibration or adjustment without the need to open the device, removing the need for a hot works permit.

The XTP601’s innovative sensor design largely eliminates thermistor drift, dramatically improving the measurement stability of the device. The sensor has no moving parts, minimising maintenance and making it suitable for applications that would subject the device to movement or vibrations. The sensor does not require routine replacement and the unique cell design channels measured gases, providing increased protection against contamination. These features increase the period between calibration and reduces both labour and consumable costs, contributing to an extremely low total cost of ownership.



Contact Details and Archive...

Most Viewed Articles...

Print this page | E-mail this page