CS135ceilometerIt's the United StatesA device produced by Campbell Company that uses laser to measure cloud height. It is designed to be simple, suitable for fixed or mobile installation, and can provide accurate and reliable cloud height information. It adopts the principle of laser measurement, and the laser emitting element is a low-power photodiode with an output power as low as eye safety standards. Meanwhile, advanced optical and signal processing technologies have extended the detection height of the instrument to a range of up to 10 kilometers.Applied in the fields of meteorology and aviation. Using laser radarLight detection and ranging technology involves instruments emitting rapid, low-energy laser pulse signals into the atmosphere to detect signals reflected back from clouds and aerosols.

characteristic

New optical design, higher signal-to-noise ratio, ultra-high sensitivity, and extended range

Powerful and reliable Campbell electrical products with advanced signal processing

Competitive prices

Integrated heating head, fan, and radiation shield filter to avoid direct sunlight

Technical description

Adopting a new optical design, Improved optical signal-to-noise ratio compared to other instruments while ensuring eye safety by integrating larger optical components1M level. This optical design is an alternative to traditional biaxial or conventional optical designs. The photoelectric isolation of traditional biaxial systems ensures an increase in the sensitivity of the detector, but the low overlap height of ordinary optical systems is taken into account when measuring within a similar range.

This hybrid process, along with advanced electronic technology, enables high-precision, high stability, and high repeatability in measuring cloud height and vertical visibility. The use of a sturdy casing can protect the instrument from harsh environments.