The O2X1 is a small, two-wire, loop-powered oxygen transmitter with an advanced galvanic fuel-cell sensor and linear output. It is certified as intrinsically safe and weatherproof to NEC and CENELEC codes.

Besides the standard stainless steel version, the O2X1 is also available in two other packages:

* The first package is a lower-cost package using Delrin for the wetted parts of the transmitter. This package has the same 1/8 in (3.175 mm) NPTF processes connections as the standard stainless steel O2X1 and is suitable for all ranges except the lowest PPM oxygen range.

* The second package makes the Delrin design suitable for ambient air oxygen monitoring by providing a diffusion cut-out in the lower manifold to expose the sensor. This package comeswith an aluminum mounting bracket for mounting the O2X1 to any convenient wall location.

The XMO2 transmitter provides computer-enhanced, drift-free oxygen measurement in a compact, rugged, online transmitter. It can be used wherever accurate and reliable long-term oxygen measurement is critical to process and product quality. This includes inerting/blanketing liquid storage tanks, reactor feed gases, flare gas, catalyst regeneration, oxygen purity and many other applications.

The APX advanced paramagnetic oxygen analyzer combines the benefits of the GE Panametrics XMO2 and TMO2 thermoparamagnetic transmitters with advanced background compensation features that allow the analyzer to operate in applications with widely varying, defined or undefined hydrocarbon background gases. This makes the APX an ideal choice for applications such as barge loading, flare gas, vapor recovery, refinery gas and tanker off-loading.

The XMTC Thermal Conductivity Transmitter is suitable for thermal conductivity analysis of hydrogen and other gases.

The XDP display package provides a microprocessor-based, explosion-proof control platform for the XMO2 thermo paramagnetic oxygen transmitter, the XMTC thermal conductivity transmitter or any other 4-20mA output transmitter.

The rugged XDP display/controller is microprocessor-based and certified to Class 1, Division1, Groups B,C,D and ATEX EEx d IIC T6. Most importantly, the unit features an infrared, thru-glass touch keypad, which allows complete access to all of the XDP user programmable features including output type, range selection, automatic calibration, and error handling. The IR keypad feature allows field engineers to interact with the analyzer through the front display without the need of opening the enclosure and thus avoiding the need for traditional hot work permits.