Features:
Simultaneous analysis of CH4, N2O, and H2O
Low-ppb detection limits for CH4 and N2O
Response time 60 seconds
High dynamic range and stable operation
Low sample volume (few ml)
Built-in gas exchange system
Recommended re-calibration interval of 12 months
User configurable monitoring tasks
Intuitive user interface
Built-in display presents results both numerically and graphically
Gas cell stabilized to 50 °C and 200 mbar to avoid drifts due to changes in environmental conditions
Drift-free operation due to direct absorption measurement
Application:Greenhouse gases research
Identifying GHG emissions of soil in situ in order to evaluate the climatic effects.
Ecology research
Monitoring emissions of gases from farm animals in order to develop genetic qualities and behavior, considered to be advantageous to humans.
Animal husbandry
Monitoring emissions from livestock and individual cows. Monitoring air quality in animal shelters.
Soil analysis
Evaluation of N2O emission from soil due to fertilization.
Specification:
19” 3U (unit) housing for both table top and rack mount operation
Dimensions: 48,4 cm W x 13,9 cm H x 44 cm D (19.1 in W x 5.5 in H x 17.3 in D)
Weight: approx 13 kg
Built-in computer with a 7” WSVGA display
Data storage capacity sufficient for at least 1 year of continuous monitoring with the shortest sampling interval
Total internal gas volume 30 ml
Electrical connections: Input voltage: 90...264 Vac, 47...63 Hz, Input power: 75 W max.
Interface: Ethernet, USB and optional
Serial over USB, current message or voltage message. Supports MODBUS and AK-protocol.