Introduction of Visibility Meter FT-N20

A good atmospheric visibility meter should be able to provide accurate measurement data and stable operation even under adverse weather conditions. It should be robust, easy to install and maintain, and have an intuitive user interface that makes it easy for users to read and analyse data. In addition, having an auto-calibration function improves the accuracy of measurements, while a low energy consumption design helps to extend the service life of the device. Quality after-sales service is also a factor to be considered when choosing a measuring instrument to ensure that users can receive effective technical support and problem solving in the process of use. Such a gauge is crucial for meteorological monitoring and ensuring traffic safety, among other things.

The FT-N20 is a robust and lightweight visibility meter designed to be ideal for installation on motorways and fast moving vehicles. It is capable of recognising various precipitation types and measuring rainfall through add-on modules, providing versatile monitoring capabilities. The device is stable, low energy consuming, easy to maintain and suitable for a wide range of power supplies. The automatic heating of the optics ensures that the unit operates even in extremely cold environments.

The FT-N20 visibility meter is suitable for a variety of applications, such as motorways, marine vessels, drilling platforms, harbours, wind farms and automatic weather stations.

The FT-N20 visibility meter is a highly accurate, low power consumption device designed for stable operation in a wide range of harsh weather conditions. It features automatically heated optics for operation in extreme cold environments and is compatible with a wide range of DC power sources. The unit is compact, easy to install outdoors and simple to maintain. Optional expansion modules are available to identify different weather phenomena and measure rainfall, making it suitable for use on motorways, marine vessels, drilling platforms and many other applications.