Turbidity sensor for water quality manufacturer right now: Hunan Rika Electronic Tech Co.,Ltd is a privately held sensor manufacturer and solution provider of environmental & weather monitoring for 10+ years. In addition to weather station, we offer a complete line of weather instruments including anemometers, barometers, thermometers, rain gauges, soil sensors, water sensors and accessories. Rika also develops bespoke products to meet specific customer requirements. Our weather station and weather sensors are wided used around the world in a broad range of monitoring applications, from verifying the performance of green buildings and renewable energy systems to agricultural and coastal research. Find additional details at DO sensor.
Air temperature and relative humidity sensors typically consist of two separate sensors packaged in the same housing. Often relative humidity is measured with a capacitive RH sensor, while air temperature is measured by a PRT. Our model RK330-01 can be with pressure testing optional. Temperature sensors are components that directly translate physical temperature into digital information. Likewise, humidity sensors are able to measure atmospheric moisture levels and translate that into digital information. As such, temperature and humidity sensors are essential for environmental monitoring in and around sensitive electronic equipment. These capabilities make temperature and humidity sensors suitable for a number of industries. Top-rated & professional temperature humidity sensor, contact Rika.
RK900-12 miniature automatic weather station is a civil comprehensive weather station independently developed by our company that can measure various meteorological parameters. It can simultaneously measure six meteorological elements such as atmospheric temperature, atmospheric humidity, wind speed, wind direction, air pressure and rainfall. RK900-12 adopts a low-power chip with a power consumption of only 1.7W, which is especially suitable for solar or battery-powered environments that require high power consumption. Due to the adoption of new technologies and processes, the structure is more compact. You can also choose solar radiation and solar illuminance detection modules, which are very suitable for supporting agricultural meteorological systems.
The automatic weather meter simultaneously measures atmospheric temperature, atmospheric humidity, air pressure, wind speed, wind direction, solar radiation, illuminance/ultraviolet rays, dust concentration and precipitation. The temperature, humidity and air pressure sensors are placed inside the radiation shield. The wind speed and direction of the ultrasonic principle. Rainfall detection by 24G radar can quickly detect rainfall and intensity. The system can be installed with a built-in GPS global positioning module and electronic compass, which can well indicate latitude, longitude and relative speed, and can calculate real and virtual wind speed and direction. It is especially suitable for installation on motion vectors, such as special vehicles or ships.
A radar rainfall sensor is a sensor that uses radar wave technology to detect rainfall. It can distinguish the types and intensity of rain, snow, and hail. Compared with the traditional mechanical rain gauge, the detection is more sensitive and fast, and there is no need to worry about the influence of the cover of leaves and other objects on the surface of the detector for rainfall detection, and no need for a heating device to prevent icing. There are no moving parts inside the product, which are maintenance-free, small in size, and low in energy consumption.
RK330-01B Atmospheric Temperature Sensor is a professional of air temperature, relative humidity &barometric pressure. Sensors are built-in the water-proof and anti-UV shelter. It is widely used in agriculture, forestry, meteorology as well as a climate chamber, warehousing and other places.This model also can be equipped with 11 plates radiation shield(RK95-01) to protect the sensors from solar radiation and rain. These capabilities make temperature and humidity sensors suitable for a number of industries. Top-rated & professional temperature humidity sensor, contact Rika.
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. Read more details on https://www.rikasensor.com/. Rika is specialized in weather sensors and environmental sensor providing aquaculture / weather / environmental monitoring solution, best weather station manufactuer.
What is an agricultural weather station? Components of agricultural weather stations Summary Significance of agricultural weather stations for agricultural production and smart agriculture development: With the development of planting industry in recent years, many large agricultural planting areas have introduced smart agricultural weather stations to monitor agricultural weather changes. In order to facilitate the improvement of crop growth environment, it is necessary to monitor the factors affecting the environmental changes in farmland, such as wind speed, wind direction, rainfall, soil temperature and humidity, and light, and scientifically analyze these environmental factors to find measures to improve the environmental requirements for crop growth.
Weather Monitoring: Accurate weather data is vital for effective agricultural planning and risk management. RikaSensor’s weather monitoring sensors provide detailed information on temperature, rainfall, wind speed, and solar radiation. This data helps farmers determine optimal planting times, protect crops from extreme weather conditions, and minimize the impact of climate-related risks. With reliable weather information, farmers can adjust their cultivation strategies, reduce crop losses, and optimize resource utilization.