"The course far exceeded my expectations from the food to your hospitality, to the actual respirometry lessons. I now feel confident to begin using this powerful tool to ask important questions. Thanks for all your help." -- Jonathan Shik, University of Oklahoma
register login
Carbon Dioxide Analyzers
Our infrared-technology CO2 analyzers offer the widest measurement range available, from parts per million to 10+ percent in a single instrument. They combine fast response times, high resolution, pressure compensation and low drift.
CA-10 Carbon Dioxide Analyzer
Add To QuoteDetailsSpecificationsOverview
Features:
  • Dual wavelength infra-red sensor technology
  • Ranges 0-6%, 0-10% or 0-15%
  • Scalable analog and digital output
  • Fast response, 0.5 sec
  • Resolution down to 1ppm
The CA-10 carbon dioxide analyzer is a fast-responding CO2 analyzer with a wide measurement range (up to 0-15%) combined with high resolution (1 ppm at atmospheric levels). It is suitable for any CO2 analysis application where reliability, versatility and low drift are required.
FOXBOX-C Field Gas Analysis System
Add To QuoteDetailsSpecificationsOverview
Features:
  • Compact respirometry system in a box
  • Generates mass flow rates from 10ml/minute to 1500ml/minute
  • Serial and analog outputs, analog inputs
  • Analog and digital (RS-232) outputs
  • On board data logging
The FoxBox is a field portable integrated oxygen and carbon dioxide analysis instrument that includes a variable pump and mass flow meter (range 20 - 2000 ml/minute). All of these instruments are integrated into a small (10"x10.5"x7"), light (8 lbs.), compact, hermetically sealed, dustproof, waterproof field rugged case.  The Foxbox is also avaliable as an oxygen only configuration for applications that do not require carbon dioxide measurements.
Google-Translate-English to French Google-Translate-English to German Google-Translate-English to Japanese Google-Translate-English to Chinese Google-Translate-English to Spanish Google-Translate-English to Portuguese
Powered by