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Premium capacitive level sensor supplier today? Rika’s capacitive level gauge can measure the level of highly corrosive media, measure the level of high-temperature media, and measure the level of sealed containers, regardless of the viscosity, density, and working pressure of the media. The structure is simple, without any movable or elastic components, so the reliability is extremely high and the maintenance is minimal. Under normal circumstances, it is not necessary to carry out regular large, medium and small maintenance. It is suitable for liquid level measurement of high-temperature and high-pressure vessels, and the measured value is not affected by the temperature, specific gravity of the liquid being measured, and the shape and pressure of the vessel. Especially suitable for the measurement of acid, alkali and other strong corrosive liquids. Discover more details on capacitance level sensor.

Ambient instruments and equipment traditionally used for atmospheric environmental quality monitoring are generally large-scale analytical instruments. The equipment is cumbersome and expensive, which is not conducive to the wide deployment of monitoring points, thus restricting the effective monitoring and treatment of the atmospheric environment. The ambient sensor effectively solves the problems of existing analytical instruments. Atmospheric environmental monitoring sensors include air temperature, humidity, air pressure, dust, visibility, CO2, CO, SO2, O3, NH3 and other sensors, which are widely used in industrial and agricultural production and air quality monitoring.

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. Strong deign and R&D capability – total 10 R&D engineers from Central South University. Advanced calibration and inspection equipment.

Sensors that detect soil conditions have become an important tool for modern farmers in crop production. The benefits of soil sensor are obvious. There are different types of soil sensors, such as soil moisture sensor, soil temperature sensor, soil EC sensor, soil PH sensor, etc. The reason why need to measure soil moisture is that soil moisture plays an important role in the growth and development of plants. Soil temperature is often an important factor, especially in agriculture and land handling of organic wastes, because the growth of biological systems is affected by soil temperature. So soil temperature measurement is also important.

As always, physical property, electrical input/output and package configuration are all important considerations when developing products to meet our customers’ needs. We are committed to provide users with high-quality products, effective technical support, timely delivery and advanced project solutions. Our professional sales team, high-quality product and good after-sales service have earned us good reputation among customers from home & abroad. Our products have been exported to 50+ countries and regions such as Indonesia, Vietnam, US, Germany, Italy, Spain, Denmark, South Korea,India and etc.. We sincerely wish to cooperate with friends all over the world! Rika Sensor is always endeavoring to be your close business partner! We are alert and responsive. We understand and anticipate all your needs. Rikasensor has been growing with you. Read even more details at https://www.rikasensor.com/.

The tipping bucket rain gauge is a remote rainfall measuring instrument composed of a sensor and a signal recorder. The sensor is composed of a water-bearing device, an upper tipping hopper, a measuring tipping hopper, a counting tipping hopper, and a dry reed switch. The recorder consists of a counter, a recording pen, a self-recording clock, a control circuit board, etc. Its working principle is rainwater from the top of the water socket into the water socket, into the water funnel, through the funnel into the hopper, when the volume of water reached a certain height (such as 0.1 mm), the hopper lost balance and overturned. And each time the bucket dump, the switch is connected to the circuit, to the recorder transmission of a pulse signal, the recorder control from the pen will record the rainfall, so reciprocating can be measured down the rainfall process.