FT-IR Spectrometer

High Temperature FTIR Gas Analyzer

ATP8900-G
ATP8900-G is a FTIR gas analyzer designed by Optosky for low concentration gas applications.
Delivery
EXWORK
minimum order
1 unit
Country of Origin
China
Quantity
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Description:
 

ATP8900-G is a FTIR gas analyzer designed by Optosky for low concentration gas applications. This analysis system is suitable for application sites such as waste incineration, environmental protection, and online gas monitoring; it can also be used in universities and research institutes to characterize catalyst gases.

For accurate and repeatable measurements in everyday work, the ATP8900-G features a nearly maintenance-free optical system, while the proven interferometer design ensures unparalleled reliability. With fully integrated and reliable universal sampling capabilities, easy measurement and a wide range of accessories, the ATP8900-G is the ideal instrument of choice for both laboratory and field testing environments. ATP8900-G leads the infrared spectroscopy market with an attractive price/performance ratio and high performance.

The compact gas analyzer integrates a long optical path gas cell. Yingsa Company developed and designed a dedicated coupling chamber that perfectly organically combines the spectrometer with the gas cell, temperature controller, thermocouple, radiator, etc. The optical path is simpler and almost Disturbed by the external atmosphere.

 
Features:
 
 
  • Compact size
  • The optical path is permanently aligned and has excellent stability
  • ZnSe material beam splitter and window
  • Configure gas cells with different optical path lengths
  • Heated gas cell and temperature controller
 
Application:
 
  • Environmental emergency monitoring
  • Industrial process analysis and control
  • Flue emission gas testing
  • Labor hygiene on-site monitoring
  • Catalytic conversion science research
  • Garbage incineration and combustion emission gas monitoring

Especially suitable for: simultaneous analysis of multiple components of measured gases, high temperature, high humidity, complex and harsh test environments where the measured gas components are complex