Six parameter weather sensor

Based on ultrasonic principle, FT-WQX6 is a new type of weather sensor with high sensitivity, long life, high precision and low power consumption. It can measure ambient temperature, relative humidity, wind speed, wind direction, atmospheric pressure, optical rainfall and other meteorological information, with small size, light weight, simple structure, easy to use, economical price and so on.

In meteorological observation, due to the difference of people's ability to predict the weather change, many or repeated disastrous events often occur. In order to obtain the information timely and accurately, process and use it, it is necessary to establish a perfect automatic monitoring system. The weather sensor is one of the key factors to achieve the above goals. In recent years, with the rapid development of computer science and communication technology, meteorological sensing equipment has also been rapidly developed, and its application fields have been involved in many aspects of national defense and military, environmental protection, industrial and agricultural production, medical and health, transportation, urban planning, public safety, community management and so on.

At present, China is gradually shifting from the traditional manual recording, storage and query of meteorological data to automatic collection, processing and display of meteorological data, and gradually applying it to various fields, such as hydrology, climate, forest, soil, vegetation, disaster early warning and monitoring, environmental monitoring, disaster assessment and so on. With the rapid development of computational thinking and network technology, the traditional meteorological observation model has been far behind the requirements of the situation. Therefore, driven by the market, Fengtu Technology has launched a new sensor suitable for meteorological observation to meet the needs of future meteorological observation, making meteorological observation more intelligent and efficient, so as to improve the quality of meteorological observation, reduce the occurrence of catastrophic climate accidents, and ensure the sustainable development of the natural environment on which human beings rely for survival.