Top rated capacitive level sensor factory right now

Capacitance level sensor manufacturer and supplier right now? The advantages and disadvantages of capacitive level gauges: The measurement of the capacitive level sensor mainly depends on the capacitance change between the two electrodes, which means that the sensitivity of the capacitive level gauge depends on the difference of the dielectric constants of the two media, gas and liquid. The measurement of the capacitance level sensor must ensure that the dielectric constants of the two media remain the same, otherwise the change of the dielectric constant will directly cause errors. Find even more information on capacitance level transmitter.

What is an anemometer/wind sensor? An anemometer is an instrument that measures the air velocity. The main applications of wind sensor are in the field of meteorology and industrial applications such as in wind turbine business or high-rise crane safety monitoring. Wind speed sensor & wind direction sensor are used for wind speed and direction measurement. For the measurement of wind speed and wind direction, several principles may be used, as described in the WMO ‘Guide to Meteorological Instruments and Methods of Observations.

Automatic weather station (AWS), also called automated weather station, is an automated version of the traditional weather station, either to save human labour or to enable measurements from remote areas. An automated weather station is an automatic version of a traditional weather station. It can automatically transmit or record observations obtained from measuring instruments. They can be single-site or part of a weather network. Hunan Rika Electronic Tech Co.,Ltd is a privately held weather sensors and environmental sensor manufacturer and solution provider of environmental & weather monitoring for 10+ years.

The air quality sensor is part of the air conditioning system. Air quality sensor is also known as air pollution sensors can detect and monitor dust and particulate matter in the air around us. These sensors can be used inside to detect indoor air pollution and outside to monitor pollution in the environment. Rikasensor has many types of sensors to detect the air quality, for example PM2.5 dust sensor, Carbon Dioxide (CO2) Sensor, Ammonia ( NH3 ) Sensor, Sulfur Dioxide Sensor and etc. These sensors are small and provide data in near-real-time at low cost and using low amounts of power. Sensor-based measurement devices are becoming more popular as people are becoming aware of harmful pollution, smoke and dust, and the health impacts this has on individuals and the environment around us. The air quality sensor comes bundled with our weather station solution.

Hunan Rika Electronic Tech Co.,Ltd, located in Changsha, is a privately held sensor manufacturer and solution provider of environmental & weather monitoring for 10+ years. Rikasensor is committed to developing and providing intelligent and cost-effective IOT environmental monitoring products and services, which including: wind measurement, solar radiation measurement, temperature and humidity measurement, hydro-meteorological measurement, soil moisture measurement , water quality measurement , data loggers and various weather stations and meteorological monitoring stations . The products are CE , ROHS certificated , and widely used in solar energy , smart agriculture , aquaculture , sewage treatment , air quality , wind power generation and relative fields of meteorological environment monitoring . The company have obtained certification in quality management system , such as ISO9001, TUV . Read more info on https://www.rikasensor.com/.

The whole structure of the rain gauge is made of metal parts without rust, the inner wall should be smooth and round, the edge of the water bearing device should be free of burr or bruit and other defects, the shape is beautiful and elegant, the weather resistance is good, and the service life is longer. The shell of a common rain gauge is a metal cylinder, divided into two sections. The upper section is a water funnel with a diameter of 20 centimeters. In order to prevent rain splashing and maintain the area and shape of the container mouth, the mouth of the cylinder is made of hard copper with a blade shaped like straight inside and oblique outside. Place a water bottle in the lower section cylinder to collect rainwater. To measure, pour rainwater into a special rain cup to read the precipitation in millimeters. In the snowfall season, the storage bottle is taken out and replaced with a cylinder without funnel. The snowflakes can be collected directly in the rain-measuring cylinder and read after the snow melts. The snow can also be weighed and converted into millimeters according to the area of the cylinder.