The HT8500 open-path atmospheric N2O analyzer utilizes the state-of-the-art Quantum Cascade Laser Absorption Spectroscopy (QCLAS) technology. The product relies on the laser beam's multiple reflections between two high-reflection mirrors exposed to the atmosphere, creating several tens of meters of an effective optical path length. The weak absorption of the laser energy at the spectral peak is extracted, and the trace gas concentration is retrieved based on innovative algorithms. The high-frequency and high-precision concentration analysis makes the HT8500 very suitable for measuring the net exchange flux based on the Eddy Covariance technique.
Based on the R&D experience of the HT8700 NH3 Analyzer, we have established many partners in China and the European Union. Please find a customer case at - AFM: Scientists Develop a New Instrument to Measure Atmospheric Ammonia.
• Using quantum cascade laser with an open-path configuration. No sampling required. Ensuring ultra-high sensitivity and fast response.
• Portable design suitable for various field deployments, with solid environmental adaptability and shock resistance.
• Suitable for off-grid areas and mobile platforms and can be powered by solar panels or batteries.
|
Model |
HT8500E |
|
Gas |
N2O |
|
Measurement Range |
0-5000 ppbv |
|
Ensure Accuracy Range |
200-600 ppbv |
|
Measurement Accuracy |
Allan < 0.7 ppbv |
|
@0.1s @330 ppb @STD |
|
|
Default Data Output Frequency |
10 Hz |
|
Environment Temperature |
-10℃-45℃ |
|
Environment Humidity |
<99% R.H，non condensing@45℃ |
|
Atmospheric Pressure Range |
70 -110 kPa |
|
Supply Voltage |
24 VDC / 5A |
|
Consumption |
~50 Watts (TYP) |
|
Dimensions |
1024 mm x Ø196 mm |
|
Weight |
10 kg |
|
Data Communication |
RS232 |
|
Data Storage |
PC or a third-party data collector |
|
User Interface |
UI on the PC |
|
Optional Upgrade Modules |
Auto-cleaner, Rainfall Sensing, Mirror Heating |
Tel：+86-156-1892-2826 Email：info@healthyphoton.com
Add：Room 305, Building 1, Zhongchuang Science Park, Jinyuan Road, Panhuo Street, Yinzhou District, Ningbo City,China
