Vehicle-mounted Laser Cloud Gauge Introduction

The vehicle-mounted laser cloud altimeter is a backscattering lidar that uses the meter scattering principle. The observation range can reach 12 kilometers, which can effectively measure aerosol and cloud height, cloud thickness, cloud amount and vertical visibility. It adopts advanced infrared laser remote sensing technology, accurate measurement of cloud bottom height, rich data products, stable and reliable work, simple use and maintenance.

The vehicle-mounted laser cloud altimeter can be applied to complex aerosol research or integrated into large-scale observation networks, and is a representative solution of the highest current technology level for diversified needs in atmospheric research.

The FT-YG1 laser cloud altimeter is a backscattering lidar using the meter scattering principle and has a wide range of applications. It has various functions, such as measuring aerosol vertical profile, cloud base height (5 layers), cloud thickness, vertical visibility and boundary layer height. The device adopts advanced infrared laser remote sensing technology with strong signal emission power and stable measurement distance. It also employs highly sensitive optical components that are capable of meeting the application of narrow-band filters, effectively suppressing optical effects, and providing accurate measurements of clouds and aerosols during both day and night. In addition, the unit features a dual-lens design that allows for self-checking between lenses to minimize the effects of lens fouling. It is also equipped with a hermetically sealed metal casing and an automatic window heating system to ensure reliable all-weather operation, unaffected by environmental factors such as fog, rainfall and freezing. It is also characterized by a friendly operation interface and ease of use, with simple maintenance and no consumable devices. So it is a powerful and high-performance LIDAR device suitable for complex aerosol studies or integration into large observation networks, providing the highest level of technical solutions for diverse needs in atmospheric research.