The Model 3-800SE is a lighter weight and portable, low priced compact and FULLY heated FID (HFID) based total hydrocarbon analyzer for high accuracy, sensitivity and stability at a lower price. The majority of other
brands is not fully heated. The 3-800SE replaces our former OVF3000.

The 3-800SE is designed to be in full compliance with EN 14181, EN ISO 14659, EN ISO 12619 throughout the EU. EN 12619:2013, EN 15267-4, In the USA it fully complies with EPA Method 25A.

Low purchase price. Low cost of ownership. Low fuel gas consumption. No burner air cost; Combustion air supply for the FID detector built in. No external cylinder for synthetic air needed.
Optional available, safe to operate low pressure fuel gas metal hydride purifier/storage. (See left side in picture above). The stored and purified fuel gas in the metal hydride cartridge is always 5.0 quality or better, very sufficient to operate the FID analyzer for a good 30 to 35 hours continuously. Fuel gas refill from a master cylinder is safe and easy with any standard cylinder regulator with an output of 15 bar by using our convenient and safe fill/refill station. The optimal charging pressure is 10 bar (0,1 MPa).

Features:

  • Made in Germany
  • Very robust
  • Continuous long term measurement 24 hours/ 7 days week for week. Compare to rack mount analyzer
  • Digital RS232 data output
  • Analog voltage and mA signal outputs
  • Fast response within 0.2 seconds on sample inlet
  • Portable, convenient easy to carry dimensions
  • Optional low pressure FID fuel purifying storage system holds enough fuel gas for approx. 30 to 35 hours of continuous operation depends on the filling pressure of fuel cartridge
  • For safety reason maximum hydrogen filling pressure is 8 to 10 bar (0,8 to 1 MPa)
  • Cartridge for purifying and holding fuel gas as metal hydride is the guarantee for maximum safety and no explosion risk.
  • Designed for continuous operation
  • All components which come in contact with sample gas are made of stainless steel and are fully heated and temperature controlled at 190°C
  • Easy to change disposable sample filter in the rear panel. No special tools required for filter change
  • Long life FID ignition system
  • Built in burner air generator, no external combustion air source needed
  • Built-in sample pump and air pressure pump, no external sample pump needed
  • Automatic flame out alarm and fuel shut off with power off
  • 6 digit direct read ppm display, measure up to a maximum of 2 or 3 measuring ranges without range change
  • Low fuel consumption
  • Very selective to hydrocarbons
  • Excellent accessibility for easy maintenance and service

Applications:

  • Stack gas hydrocarbon emissions monitoring
  • Oil fume monitoring
  • Long term replacing a defective QAL1 specified rack mount FID analyzer in an AMS. The 3-800SE was intentionally designed for this application
  • RDE Testing: Measuring automotive raw exhaust total hydrocarbon emissions during driving conditions of the car
  • RDE Testing: Small enough to be used in the trunk or back compartment of a car in addition to the typical NO/NOx/CO/CO2 monitoring systems which are mounted inside or outside of the car
  • Raw exhaust total hydrocarbon vehicle emissions analysis
  • Catalytic converter testing automotive and stack emissions testing
  • Fence line monitoring
  • Measuring engine combustion efficiency
  • Hydrocarbon contamination monitoring in air and other gases
  • Carbon adsorption regeneration monitoring and control
  • Indoor air quality monitoring
  • Detection of trace hydrocarbons in purity gases used in the semi conductor industry
  • LEL monitor of solvent laden air

Das Modell 3-800SE ist ein leichter, tragbarer, kompakter und voll beheizter Gesamtkohlenwasserstoffanalysator auf FID-Basis (HFID). Er bietet hohe Genauigkeit, Empfindlichkeit und Stabilität zu einem günstigen Preis. Die meisten anderen Marken sind nicht vollbeheizt. Das Modell 3-800SE ersetzt unser Vorgängermodell OVF3000.

Das Modell 3-800SE erfüllt die Anforderungen der Normen EN 14181, EN ISO 14659 und EN ISO 12619 in der gesamten EU sowie EN 12619:2013 und EN 15267-4. In den USA entspricht es der EPA-Methode 25A.

Niedriger Anschaffungspreis. Niedrige Betriebskosten. Geringer Brenngasverbrauch. Keine Brennluftkosten; integrierte Verbrennungsluftversorgung für den FID-Detektor. Keine externe Flasche für synthetische Luft erforderlich.

Optional erhältlich: betriebssicherer Niederdruck-Brenngas-Metallhydrid-Reiniger/-Speicher. (Siehe linke Seite im Bild oben). Das in der Metallhydridkartusche gespeicherte und gereinigte Brenngas hat stets eine Qualität von 5.0 oder besser und reicht völlig aus, um den FID-Analysator 30 bis 35 Stunden lang ununterbrochen zu betreiben. Das Nachfüllen von Brenngas aus einer Hauptflasche ist mit jedem Standard-Flaschenregler mit einem Druck von 15 bar sicher und einfach über unsere praktische und sichere Füll-/Nachfüllstation möglich. Der optimale Fülldruck beträgt 10 bar (0,1 MPa).

Features:

  • Made in Germany
  • Very robust
  • Continuous long term measurement 24 hours/ 7 days week for week. Compare to rack mount analyzer
  • Digital RS232 data output
  • Analog voltage and mA signal outputs
  • Fast response within 0.2 seconds on sample inlet
  • Portable, convenient easy to carry dimensions
  • Optional low pressure FID fuel purifying storage system holds enough fuel gas for approx. 30 to 35 hours of continuous operation depends on the filling pressure of fuel cartridge
  • For safety reason maximum hydrogen filling pressure is 8 to 10 bar (0,8 to 1 MPa)
  • Cartridge for purifying and holding fuel gas as metal hydride is the guarantee for maximum safety and no explosion risk.
  • Designed for continuous operation
  • All components which come in contact with sample gas are made of stainless steel and are fully heated and temperature controlled at 190°C
  • Easy to change disposable sample filter in the rear panel. No special tools required for filter change
  • Long life FID ignition system
  • Built in burner air generator, no external combustion air source needed
  • Built-in sample pump and air pressure pump, no external sample pump needed
  • Automatic flame out alarm and fuel shut off with power off
  • 6 digit direct read ppm display, measure up to a maximum of 2 or 3 measuring ranges without range change
  • Low fuel consumption
  • Very selective to hydrocarbons
  • Excellent accessibility for easy maintenance and service

Applications:

  • Stack gas hydrocarbon emissions monitoring
  • Oil fume monitoring
  • Long term replacing a defective QAL1 specified rack mount FID analyzer in an AMS. The 3-800SE was intentionally designed for this application
  • RDE Testing: Measuring automotive raw exhaust total hydrocarbon emissions during driving conditions of the car
  • RDE Testing: Small enough to be used in the trunk or back compartment of a car in addition to the typical NO/NOx/CO/CO2 monitoring systems which are mounted inside or outside of the car
  • Raw exhaust total hydrocarbon vehicle emissions analysis
  • Catalytic converter testing automotive and stack emissions testing
  • Fence line monitoring
  • Measuring engine combustion efficiency
  • Hydrocarbon contamination monitoring in air and other gases
  • Carbon adsorption regeneration monitoring and control
  • Indoor air quality monitoring
  • Detection of trace hydrocarbons in purity gases used in the semi conductor industry
  • LEL monitor of solvent laden air