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Continuous Monitoring of Hydrocarbons in Non-Condensing Gases.

The Baseline® 9000 Hydrocarbon Analyzer product line are microprocessor-based instruments designed for continuous ambient or process hydrocarbon gas measurement in environmental or industrial settings. The analyzers can be purchased in a variety of configurations with internal components for single or multi-point sampling (with or without a sample pump) for pre-filtered noncondensing samples.

Using a Flame Ionization Detector (FID), MOCON’s Flow Guard electronic control regulates the delivery of fuel, air, and a small portion of the sample gas, to the FID. During the combustion process, organic or hydrocarbon-based gases in the sample are ionized, detected by the instrument, and then reported as a concentration. The automatic calibration feature enhances the long-term analytical stability of the instrument.
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Baseline® 9000 Hydrocarbon Analyzers

Baseline® 9000 THA Total Hydrocarbons Analyzer
Baseline® 9000 Hydrocarbon Analyzers

Baseline® 9000 MNME Methane/Non Methane Analyzer
Baseline® 9000 Hydrocarbon Analyzers

Baseline® 9000 MNME 120 Methane/Non Methane Analyzer
Baseline® 9000 Hydrocarbon Analyzers

Baseline® 9000 TCA Hydrocarbons and CO/CO2 Analyzer
Baseline® 9000 Hydrocarbon Analyzers

Baseline® 9000 H-THA Heated Total Hydrocarbons Analyzer
Description N/A The 9000 total Hydrocarbon analyzer is a versatile instrument for use in numerous applications ranging from parts-per billion level detection for trace analysis in ultra pure gases to % level for process optimization or LEL monitoring. N/A The 9000 Methane/Non-Methane analyzer uses a flame ionization detector (FID) in conjunction with an oxidation catalyst that oxidizes all hydrocarbons except methane to produce a methane measurement which is then subtracted from the total concentration to determine the non-methane hydrocarbon reading. N/A The 9000 Methane/Non-Methane analyzer uses a flame ionization detector (FID) in conjunction with an oxidation catalyst that oxidizes all hydrocarbons except methane to produce a methane measurement which is then subtracted from the total concentration to determine the non-methane hydrocarbon reading. N/A The 9000 Total Carbon analyzer utilizes a flame ionization detector (FID) in conjunction with a catalytic methanizer that converts the CO and CO2 to methane (CH4) and leaves the hydrocarbons unchanged for a total carbon measurement which is then subtracted from the total carbon concentration to determine the combined CO/CO2 reading. N/A The 9000 Heated analyzer functions likeThe 9000 THA but is configured for single point analysis (with or without a sample pump) of samples heated up to 376 °F (191 °C) for pre-filtered (< 10 microns) noncondensing samples.
Brands N/A AMETEK® MOCON®
Accurate Detection N/A
  • User definable ranges
  • Automatic FID ignition
 		N/A
  • User definable ranges
  • Automatic adjustment for catalyst efficiency variance
  • Fast (<30 sec) reproduceable response
  • Automatic calibration
 		N/A
  • User definable ranges
  • Detection limits <150 ppb as methane
  • Automatic calibration
  • Drift <0.025% of full-scale over 24 hours
 		N/A
  • User definable ranges
  • Detection limits <100 ppb as methane
  • Automatic calibration
  • Drift <0.01% of full-scale over 24 hours
 		N/A
Detector N/A Flame Ionization Detector (FID) N/A Flame Ionization Detector (FID) with Oxidizer N/A Flame Ionization Detector (FID) with Oxidizer N/A Flame Ionization Detector (FID) N/A Flame Ionization Detector (FID) with Oxidizer
Ranges (CH4) N/A User definable based upon calibration:
  • Very Low - 0.01 ppm to 200 ppm
  • Low - 0.1 ppm to 2,000 ppm
  • Medium - 0.3 ppm to 20,000 ppm
  • High - 0.003% ppm to 100% ppm
 		N/A User definable based upon calibration:
  • Low - 0.03 ppm to 50 ppm
  • Medium - 0.06 ppm to 500 ppm
  • High - 0.15 ppm to 5000 ppm
 		N/A User definable based upon calibration:
  • Low - 0.06 ppm to 50 ppm
  • Medium - 0.6 ppm to 500 ppm
  • High - 1.0 ppm to 5000 ppm
 		N/A User definable based upon calibration:
  • Low - 0.1 ppm to 100 ppm
    •      		N/A User definable based upon calibration:
    • Very Low - 0.15 ppm to 200 ppm
    • Low - 0.3 ppm to 2,000 ppm
    • Medium - 0.6 ppm to 20,000 ppm
    • High 0.003% to 50%
    Accuracy N/A +1% full-scale response.
    Drift, Zero N/A +0.025% full-scale over 24 hours. N/A +0.01% full-scale, 24 hours. N/A +0.01% full-scale, 24 hours. N/A +0.01% full-scale, 24 hours. N/A +0.025% full-scale, 24 hours.
    Drift, Span N/A +1% full-scale, 24 hours.
    Response Time N/A T90 < 5 s N/A T90 < 30 s N/A T90 < 30 s N/A T90 < 30 s N/A T90 < 5 s
    Sampling N/A Internal single or multi-point, (pump optional) N/A Internal single or multi-point, (pump optional) N/A Internal single or multi-point, (pump optional) N/A Internal single point (pump optional) N/A Internal single point (pump optional)
    Alarms N/A Multilevel concentration and fault alarms, audible and visual.
    Calibration N/A Manual Calibration Programmable Automatic
    Support Gas Requirement1 N/A
    • UHP Hydrogen (H2) 30 cc/min
    • Zero air - 175 cc/min
    • Span gas - methane is typical
         		N/A
    • UHP Hydrogen (H2) 35 cc/min
    • Zero air - 175 cc/min
    • Span gas - methane/propane is typical
         		N/A
    • UHP Hydrogen (H2) 35 cc/min
    • Zero air - 175 cc/min
    • Span gas - methane/propane is typical
         		N/A
    • UHP Hydrogen (H2) 30 cc/min
    • Zero air - 175 cc/min
    • Span gas - methane with CO or CO2typical
         		N/A
    • UHP Hydrogen (H2) 30 cc/min
    • Zero air - 175 cc/min
    • Span gas - methane is typical
    Display Width N/A 3.4 in8.64 cm
    Display Length N/A 4.5 in11.43 cm
    Display Type N/A Graphical Liquid Crystal Display (LCD)
    Outputs N/A
    • LAN/Ethernet, RS-232
    • Analog, 1 programmable 0-20mA/4-20mA isolated output
    • Relays, 5 programmable From A relays rated to 3A at 230VAC
    (Optional)
    • 3 additional analogs
    • 9 additional relays
         		N/A
    • LAN/Ethernet, RS-232
    • Analog, 1 programmable 0-20mA/4-20mA isolated output
    • Relays, 5 programmable From A relays rated to 3A at 230VAC
    (Optional)
    • 3 additional analogs
         		N/A
    • LAN/Ethernet, RS-232
    • Analog, 1 programmable 0-20mA/4-20mA isolated output
    • Relays, 5 programmable From A relays rated to 3A at 230VAC
    (Optional)
    • 3 additional analogs
         		N/A
    • LAN/Ethernet, RS-232
    • Analog, 1 programmable 0-20mA/4-20mA isolated output
    • Relays, 5 programmable From A relays rated to 3A at 230VAC
         		N/A
    • LAN/Ethernet, RS-232
    • Analog, 1 programmable 0-20mA/4-20mA isolated output
    • Relays, 5 programmable From A relays rated to 3A at 230VAC
    Operating Temperature N/A 32 to 104 ºF0 to 40 ºC
    Non-Condensing Operating Humidity N/A 0 to 95 %
    Configuration N/A Benchtop or 19" (48.3 cm) Rack-Mount, 3U
    Prevenitive Maintenance Kit N/A Includes all parts potentially needed on-hand
    Gas Generators N/A
    • Hydrogen Generator
    • Zero Air generators
    Software N/A 9000 Keeper provided for method switching via PC
    Service and Support Options N/A Start-up and training, 1 day onsite
    Height N/A 5.25 in13.02 cm
    Width N/A 19 in48.26 cm
    Depth N/A 16.25 in41.28 cm
    Weight N/A <20 lb9.07 kg
    Alternating Current (AC) Voltage N/A 100 to 240 V
    Frequency N/A 50 Hz60 Hz
    Current N/A 1 A
    Applications N/A
    • Beverage-grade CO2 analysis
    • Fenceline (perimeter) monitoring
    • Scrubber and oxidizer efficiency
    • Carbon bed breakthrough detection
    • Contaminant analysis
    • Well Logging
    • Industrial Hygiene & safety
    • LEL monitoring
    • Beverage-grade CO2 analysis
    • Ultra-Pure gases
    • Well Logging
    • Industrial hygiene & safety
    • LEL monitoring
    • VOC continuous emission monitoring systems
    • Ambient air quality monitoring system
    • Airborne molecular contamination
    • Compliance monitoring for EPA Method 25A
    • Continuous emission stack monitoring
    • Vehicle emission
         		N/A
    • VOC Continuous emission monitoring systems
    • Ambient air quality monitoring system
    • Airborne molecular contamination
    • Available in ambient or 120º for heated samples
    • Beverage-grade CO2 analysis
    • Ultra-Pure gases
    • Well Logging
    • Industrial hygiene & safety
    • LEL monitoring
    • VOC continuous emission monitoring systems
    • Ambient air quality monitoring system
    • Airborne molecular contamination
    • Compliance monitoring for EPA Method 25A
    • Continuous emission stack monitoring
    • Vehicle emissions
         		N/A
    • VOC Continuous emission monitoring systems
    • Ambient air quality monitoring system
    • Airborne molecular contamination
    • Available in ambient or 120º for heated samples
    • Beverage-grade CO2 analysis
    • Ultra-Pure gases
    • Well Logging
    • Industrial hygiene & safety
    • LEL monitoring
    • VOC continuous emission monitoring systems
    • Ambient air quality monitoring system
    • Airborne molecular contamination
    • Compliance monitoring for EPA Method 25A
    • Continuous emission stack monitoring
    • Vehicle emissions
         		N/A Hydrocarbon & CO/CO2 Impurities in Ultra-Pure Gasses
    • Argon, Ar
    • Helium, He
    • Hydrogen, H2
    • Nitrogen, N2
         		N/A
    • Compliance monitoring for EPA Method 25A
    • Continuous emission stack monitoring
    • Scrubber and oxidizer efficiency
    • Carbon bed breakthrough detection
    • Vehicle emissions
    Features N/A
    • Automatic FID ignition
    • Automatic calibration at user-defined intervals
    • Internal multi-point sampling option
    • Electronic back-pressure regulator with sample bypass system
    • Flow Guard Control of fuel, air, and sample
    • Graphic LCD display with easy to use menu
    • Benchtop or rack-mountable
    • Single or multi-point sampling
    • Customizable Ethernet or serial output
    • Programmable analog output ranges
    • Programmable relays for iagnostics, concentration, alarms, and events
    Additional Information N/A All instrument parameters are reported clearly and continually refreshed on a large, graphical LCD display. Using analog, digital, and logic output communication capabilities, analytical information from the analyzer can be acquired using an external PC and a simple communications program such as Windows® HyperTerminal or the analyzer can output binary or ASCII formats directly to a data acquisition system or PLC. Every Baseline® 9000 analyzer includes MOCON’s free PC utility 9000 Keeper used for storing and uploading multiple methods, as well as sending configuration settings, directly to the analyzer.
    • 1 Fuel blend options available