The detailed model pages cover the MIC300-F08 infrared analyzer, the PTM100 dual-detector VOC analyzer, the PTM200 NMHC analyzer and the MS600-FG2 flue gas analyzer; the sub-category pages organise the rest of the family.
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Models and resources in this range
Choosing an analyzer principle
NDIR suits stable infrared-active gases — CO, CO2, CH4 and friends — with low drift and no consumed sample. FID is the hydrocarbon workhorse for total and non-methane hydrocarbons. PID reaches low-ppm volatiles a flame cannot see well. Electrochemical cells serve percent and ppm oxygen and toxics inside multi-gas builds. The principle follows the gas and the number the report must carry.
Sampling is half the instrument: extractive analyzers need flow, pressure and temperature inside their published windows (the MIC300-F08 page lists its own), and those conditions belong in the project specification from the start.
Analyzer families on this site
Flue gas and combustion instruments have their own category, as do infrared analyzers, VOC analyzers, biogas and syngas, and CEMS. Listed speciality lines — oxygen analyzers including trace oxygen, dew point meters, package headspace residual-oxygen analyzers, nitrogen purity meters and online UV systems — rest on this category page and are quoted against the same analyzer platform.
Send a target gas list, get a configuration
Quotations are built from the published parameters on this site. Tell us the gases, the ranges and the quantity — or the point schedule for a fixed project — and the reply comes back within 24 hours.
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