Technical principles
Tuned laser spectroscopy (TDLAS), dynamic closed chamber method
Features
l Tunable laser spectral analysis technology (TDLAS) realizes high time resolution and high sensitivity measurement
l No calibration, no standard gas timing calibration
l No cross interference of background gas
l Low power consumption, lithium battery power supply up to 8 hours
l High scalability, and multiple sensors can be added (such as GPS, optical radiation sensor, etc.)
l Strong operability, powerful data processing function, and online real-time data processing
l High degree of customization
Parameters
l CO2 measurement range:0 ~2000 ppm
l Minimum detection limit of CO2:1ppm
l CO2 zero noise:0.5ppm
l CO2 80% range noise:2ppm
l CO2 range precision (20%, 80%):2ppm
l H2O measurement range:0 ~ 6%
l H2O accuracy:Better than ± 1.5% reading
l CH4 measurement range:0 ~100 ppm
l Minimum detection limit of CH4:0.1ppm
l CH4 zero noise:0.15ppm
l CH4 80% range noise:0.3ppm
l CH4 range precision (20%, 80%):0.3ppm
l Typical temperature accuracy:±0.1@20-60 °C
l Battery:lithium battery
l Charging power supply:12VDC
l Endurance:Single battery can last for 8 hours
l Ambient temperature:30 ~ 60 °C
l Ambient humidity:<99% R.H
l Sampling flow rate:1L/min
l Respiratory chamber size:220 mm (D) x 120 mm (H)
l Respiratory chamber volume:3140 cm3
l Weight:<10kg
l Optional module:Optical radiation sensor, soil temperature and humidity sensor, 4G transmission module, wind speed and direction sensor, etc
l Scalability:Multiple data transmission channels are reserved on the main control board, and accessories, sensors, etc. can be added according to customer needs. The software is self-developed, and data integration can be synchronized with the relevant additional sensors.
Origin and Manufacturer：China Eco-mind
