

Powerful Peltier cooler for one gas path with optimised heat exchangers for critical applications in emission monitoring.

The TC-Double is a power-optimised sample gas cooler with two cooling systems and two plug-in heat exchangers, designed to cool a sample gas efficiently yet gently.

Many applications require equipment which can be used in explosive areas.

The small TC-Kit sample gas cooler offers a variety of options for installation in gas analysis systems.

The TC-MIDI series is in the top performance class of sample gas coolers with one or two gas paths.

Many applications require equipment which can be used in explosive areas.

The small size of the TC-MINI sample gas cooler is particularly suited for installation in portable or compact gas conditioning systems.

The TC-Standard is a powerful sample gas cooler and already covers a large percentage of standard applications in gas analysis.

Many applications require equipment which can be used in explosive areas.

The goal is to not allow the moisture in the sample gas to condense in the analyser.

Sample gas is transported through a tube coil inside an outer shell water flows through. The condensate outlet is located at the bottom of the unit, along with a thermometer (not applicable to titanium version) which displays the gas outlet temperature.

Gas analysis is a complex field. The sample gas to be analysed must be extracted and handled under quite diverse conditions to yield representative and reliable analysis results.

The FID 22 m NMHC Analyser measures the total hydrocarbon content (THC) as well as the Methane content and calculates the non-methane hydrocarbons concentration (NMHC).

The FID 22 NMHC (rack variant) analyser is used for continuous monitoring of the content of hydrocarbons (THC)/ Total Organic Carbon (TOC), Methane (CH4) and Non-Methane Hydrocarbons (NMHC) in gases from industrial plants (emissions) or environments (immissions).

For continuous volume flow measurement in dry gases.

For continuous, contactless volume flow measurement in dry and humid gases.









