GE Measurement & Control Solutions – Gas Analysis Meters
GE Measurement & Controls reliable oxygen, hydrogen and flue gas analyzers improve process efficiency, optimize reactors and provide greater safety assurance. Typical applications include O2 analysis for blanketing/inerting and vapor recovery in petrochemical applications; H2 analysis for hydrogen-cooled generators for power generation; and flue gas O2 and combustibles analysis for combustion efficiency applications.
Contact CIMTEC Automation to learn what Gas Analysis Meter from GE will work best with your conditions and application needs.
oxy.IQ Analyzer Analyzer is the biggest small thing to happen in oxygen transmitters. Part of the IQ Series of moisture and oxygen analyzers from GE, the oxy.IQ is a fuel cell oxygen transmitter designed for manufacturing, industrial and laboratory environments.
O2X1 Transmitter is a small, two-wire, loop-powered oxygen transmitter with an advanced galvanic fuel-cell sensor and linear output.
DF-300E family of oxygen analyzers, you have access to accurate, sensitive and rapid oxygen analysis in your application.
CGA351 Analyzer Series 351 zirconia oxygen analyzer is suitable for monitoring any variable gas stream or atmosphere that is clean and dry.
APX advanced paramagnetic oxygen analyzer combines the benefits of the XMO2 and TMO2 thermoparamagnetic transmitters.
XMO2 Transmitter provides computer-enhanced, drift-free oxygen measurement in a compact, rugged, online transmitter.
Hydrogen Analysis & Thermal Conductivity
MIS1 Analyzer Moisture Image Series 1 is the multichannel, multifunction top-of-the-line model in the GE moisture series analyzer family.
MMS3 Analyzer is a single- or dual-channel analyzer with a two-line, alphanumeric LCD for moisture, oxygen, temperature and other parameters.
TMO2D Display and control module enhances the performance and operation of transmitters such as the XMO2, XMTC or O2X1.
XDP Display package provides a microprocessor-based, explosion-proof control platform for the XMO2, XMTC and more.