FTGAS-600 gas analyzer
FTGAS-600
FTGAS-600 gas analyzer
The FTGAS-600 gas analyzer utilizes FTIR technology that simultaneous measurement of multi-component gas concentrations. Suitable for on-line monitoring or other fields requiring multi-component gas concentration measurement.
Product features
- Interferometers are designed specifically for field applications, rugged and durable；
- HeNe reference laser have better wavenumber accuracy and stable compared to solid-state laser. This results in both increased detection precision and long term stability；
- Long path heated gas chamber with small volume, suitable for high humidity sample gas and reduce response time；
- High detectivity TE-cooled MCT detector；
- Modular design is employed for light source, spectrometer, core circuit, gas chamber, etc., and high reliability, good scalability and easy maintenance are realized；
- Built-in spectral analysis and concentration calculation algorithm, no external computer is needed to calculate component concentration；
Principle
- Beer-Lambert’s law
- Infrared absorption spectrum
- FTIR technology
FTIR is short for Fourier Transform Infrared Spectroscopy，The basic principle is to transform the sequential interference signal generated by interferometer into spectral signal by Fourier transform.
The Michelson interferometer is a device that can divide a beam of radiation into two paths and then recombine the two beams after a path difference has been introduced. The variation of intensity of the beam emerging from the interferometer is measured as a function of path difference by a detector, which is called interferogram. ultimately yields the spectral by FFT algorithmic.
Range
|
Components |
Range |
Extended Ranges |
|
CO |
（0～75）mg/m3 |
（0～2000）mg/m3 or higher |
|
CO2 |
（0～25）% |
（0～50）% |
|
CH4 |
（0～50）mg/m3 |
（0～5000）mg/m3 or higher |
|
NO |
（0～150）mg/m3 |
（0～2000）mg/m3 or higher |
|
NO2 |
（0～150）mg/m3 |
（0～2000）mg/m3 or higher |
|
N2O |
（0～50）mg/m3 |
（0～2000）mg/m3 or higher |
|
NH3 |
（0～50）mg/m3 |
（0～200）mg/m3 or higher |
|
SO2 |
（0～50）mg/m3 |
（0～2000）mg/m3 or higher |
|
HCl |
（0～75）mg/m3 |
（0～200）mg/m3 or higher |
|
H2O |
（0～40）% |
|
|
HF |
（0～50）mg/m3 |
（0～200）mg/m3 or higher |
Specifications
|
System |
|
|
Physical Dimensions |
435mm(D) x175mm(H) x435(D) |
|
Weight |
23Kg |
|
Power Requirements |
220VAC±10%/Max 2500W Ave 150W@ AT 25℃ |
|
Gas Temperature |
Up to 180℃ |
|
Operating Temperature Range |
15-35℃ |
|
Purge and Zero gas |
Nitrogen(99.999% or higher recommended) |
|
Warm-up Time |
2 hours |
|
Sample Gas Pressure |
Ambient |
|
Sample Gas Flow rate |
2 – 3 l/min recommended |
|
Sample Gas Filtration |
Minimum 2 µm particulate filtration |
|
Gas fittings |
Sample in: 6 mm Swagelok, stainless steel |
|
Sample out:8 mm Swagelok, stainless steel |
|
|
Interferometer purge: 6 mm Swagelok stainless steel |
|
|
Output Port |
Ethernet port |
|
Communication Protocols |
MODBUS,OPCUA |
|
Measuring principle |
FTIR |
|
Performance |
|
|
Zero Drift |
< 2 %@24 hours |
|
Span Drift |
< 1 %@24 hours |
|
Response Time |
Typically <100s@3L/min |
|
Linearity |
±1%F.S. |
|
Repeatability |
1%. |
|
Detection Limit |
<1% F.S. |