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Transmitter measures oxygen in CO2

A GE Sensing - Panametrics product story
Edited by the Engineeringtalk editorial team Feb 14, 2002

Panametrics has increased the performance of its O2X-1 intrinsically safe oxygen transmitter, offering an additional low-end trace-oxygen range and a lower cost material option for inert gas duty.

Panametrics has increased the value-for-money performance of its O2X-1 intrinsically safe oxygen transmitter, offering an additional low-end trace-oxygen range and a lower cost material option for inert gas duty.

The O2X1 uses advanced galvanic fuel cell technology, combining excellent accuracy with long sensor life.

This compact two-wire loop power unit is easily installed at the sampling point, even in tight spaces, and is unaffected by paramagnetic or hydrocarbon gases.

Being compatible with acid gases, it successfully measures oxygen in CO2.

A linear 4-20mA output corresponds to one of four trace oxygen measurement ranges of 0 to 10, 100, 1000 and 10,000ppm by volume or a percentage range of 0 to 1, 10 or 25%.

Easy selection of range and calibration functions is through a three-button keypad.

Weatherproof to IP66 and IS certified to CENELEC requirements for EEx ia IIC T4, this transmitter is ideal for process monitoring of pure gaseous hydrocarbons, heat treating or annealing.

The new, lower cost Delrin material option is ideal for inert gas welding and glove box applications.

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