Kritech & Co PGmbH



 
 
 


The Backscatter LIDAR systems are powerful instruments for monitoring atmospheric parameters (backscatter coefficient, extinction coefficient, optical depth) and processes (boundary-layer growth, aerosol and cloud layering, etc). The measurement principle of the LB-systems is based on elastic scattering processes by suspended aerosols (dust, water droplets, ice crystals, black carbon) and molecules of the atmosphere.

The LB-systems are available with different laser wavelengths (1064, 532 and 355 nm or any combination), detection wavelengths (1064, 532, 355 and polarization) and telescope aperture diameters. All systems are equipped with an industrial PC and dedicated software, including software modules for data acquisition, analysis and visualization. Eye-safe solutions are available on request.

Sahara dust layer monitored using LB LIDAR system

Main features :

  • Compact, robust and user-friendly
  • Advanced software for data acquisition, analysis and visualization
  • Customized versions available on request

Applications :

LIDAR Cloud Monitoring

LIDAR Boundary Layer Studies

LIDAR Tropospheric Aerosole Monitoring

Specifications :
Laser Type Nd:YAG LASER
Wavelength 1064, 532 and 355 nm
Energy / Pulse 65 mJ to 110 mJ
Repetition rate 10 - 20 Hz
Telescope type / Diameter Cassegrainian / 150 - 400 mm
Wavelength detection [elastic] 1064, 532 and 355nm
Spatial resolution down to 3.75 m
Time resolution down to 10s
Effective range up to 20 km
Power requirements 110/230 VAC (50 or 60Hz)
Power consumption 1.3 kW
Operating temperature range +10°C to +40°C, RH <90% (without climatic control option)

Available documents (PDF files) :
English



 
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