The Series 8900 is microprocessor-based, which, along with a variety of detector and gas train options, gives the instrument the flexibility and precision necessary to effectively perform most applications.

• Accurate & specific to a wide variety and range of gases
• Continuous unattended operation
• Automatic baseline correction for long-term stability
• Analog, digital and logic output

The BevAlert Model 8900 is a specialized instrument utilized by specialty gas manufacturers and the food and beverage industry to monitor trace volatile organic compounds or total sulfur in CO₂ used in carbonated beverages (water, carbonated drinks, beer, etc.) as well as quick frozen foods.

• Direct measurement of Acetaldehyde and BTEX in a single analysis
  
• Total Sulfur measurement of organic sulfides, SO₂, COS, and H₂S

The PetroAlert Model 8900 combines the selectivity of gas chromatography with the sensitivity, broad dynamic range, and hydrocarbon selectivity of a flame ionization detector (FID) providing fast analysis of C1-C5 hydrocarbons required in Mud Logging for oil and gas exploration.

• Analysis of C1-C5 Hydrocarbons
  
• Fast analysis <60 seconds
  
• Automatic FID ignition

The Series 8950 is designed to interface with Baseline's Series 8900 Gas Chromatograph.  The multipoint sampler expands the sampling capabilities of the Series 8900 from 1 to potentially greater than 32 sampling points depending on the configuration.

• User selectable sample sequence
  
• Independent analog output options, that can be individually ranged for concentration
  
• Continuous purge of sample lines
• Up to 3 alarm set points for each or all locations and gases
• Remote alarm relay options

The Series 8990 allows a user to generate custom gas calibration standards.  Using certified permeation devices and precision flow rates a user can generate a range of accurate gas standards

• Quick release cap for easy removal of permeation tubes
• Heat exchanger coil for pre-heating carrier gas prior to permeation chamber
  
• Digital display of set & read temperatures