CLEANAIR ENGINEERING EUROPE

Compact and portable HCT VOC gas analyzer FID | JUM OVF-3000

Compact and portable HCT VOC gas analyzer FID | JUM OVF-3000 - CLEANAIR ENGINEERING EUROPE

Compact and portable HCT VOC gas analyzer FID | JUM OVF-3000 - Gas analysis

Compact and portable HCT VOC gas analyzer FID | JUM OVF-3000 - produit présenté par CLEANAIR ENGINEERING EUROPE

Compact and portable HCT VOC gas analyzer FID | JUM OVF-3000

Gas analysis

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Presentation

The JUM OVF-3000 gas analyzer uses our decades-proven venting hydrogen flame ionization.

The detector (FID) permanently comprising all the parts that come into contact with the sample are housed at 180 ° C in a heated oven.

Compared to virtually all other lightweight portable FID analyzers available, this gas analysis equipment uses a heated 180 ° C chamber that discreetly houses all measurements and samples of components like the sampling filter, gas pump. sampling, regulation of the sampling pressure and the detector.

Only this technique prevents the large molecular weight loss of hydrocarbons to ensure reliable long term results, rapid response, rapid return to zero and highly reliable performance in analyzing traces from low levels to total carbon concentrations of contaminants. in emissions from chimneys, process gases, air and other gases.

The disposable heated sample filter is easily accessible on the front panel. No special tools are needed for a quick, safe and easy sampling filter change. All the wet component samples are integrated into the heated chamber.

The JUM OVF-3000 industrial analysis uses a high-tech, low-pressure solid metal fuel purifying the storage system which is held inside the hinged cover.

The user can safely, legally and easily refill the fuel canister himself at low pressure from any hydrogen cylinder. Very low fuel gas consumption.

The combustion air supply to the FID detector is already integrated. No external burner air generator or external high pressure cylinder for synthetic burner air is required. Reliable low pressure 10 bar (0.1 MPa) recharge from any cylinder.