Rika Sensor
Rika Sensors
PRODUCTS
RIKA offers a wide range of wind speed and direction sensor & wind sensors with wind cup principle, ultrasonic principle or hotline principle, they are designed to be used within the hardest environmental conditions such as harsh marine environments and high accuracy EPA requirements. There are diverse types of anemometers like cup anemometer, vane anemometer, etc and among which that the wind cup anemometer is the most commonly used in meteorological stations.
ULTRASONIC WIND SENSORS
Ultrasonic wind speed sensor is a fully digital detector, high-precision sensor, integrated by the ultrasonic wind speed and direction sensor. It can accurately and quickly detect wind speed and direction; the built-in signal processing unit can output corresponding signals according to user needs. The structure is light and compact, with no moving parts, and the high-strength structure design can accurately detect under harsh weather conditions and produce accurate and stable components. Low maintenance cost, open communication protocol and other characteristics, can be widely used in meteorology, ocean, environment, airport, port, laboratory, industry and agriculture, transportation and other fields.
RK120-03 Ultrasonic Wind Speed And Direction Sensor
RK120-07 Mini Ultrasonic Anemometer, Ultrasonic Wind Speed Direction Sensor
RK120-08 Ultrasonic Wind Speed And Direction Sensor
RK120-09 Ultrasonic Wind Speed & Direction Sensor
RK120-10 Ultrasonic Wind Speed & Direction Sensor
CUP & Vane Wind SenSORS
Rika Sensors provides a wide range of wind sensors. Cup wind sensor and wind vane sensor are popular with customers globally. Rika Sensors has professional production workshops and great production technology.
The cup anemometer and wind vane sensor they produce, in line with the national quality inspection standards, has a reasonable structure, stable performance, good safety, and high reliability.
RK100-01B Wind Speed Sensor
RK110-01B Wind Direction Sensor
RK100-01 Metal Wind Speed Sensor Cup Anemometer
RK100-02 Plastic Wind Speed Sensor Wind Anemometer
RK110-01 Wind Direction Sensor
RK110-02 Wind Direction Sensor Wind Vane Sensor
RK120-01C Combined Wind Speed & Direction Sensor
RK150-01 Crane Wind Speed Sensor and Indicator
RK160-02 Wind Station Wind Speed & Direction Display Recorder
OTHER Wind SenSORS
RK100-05 HVAC Pipe Wind Speed Sensor
RK100-06 Pipe Wind Pressure Sensor
RK130-01 Handheld Digital Anemometer Wind Speed Meter
RK130-02 Multi-Purpose Anemometer
RK700-01 Digital Dual-Axis Inclination Sensor
Pyranometer is an instrument used to measure the power of sunlight and heat. It is mainly used in the meteorological field. Solar radiation is identified by a solar intensity meter placed on a plane.
Types of pyranometer: Rika offer two types of solar radiation sensors: silicon-cell and thermopile pyranometers, both types are now ISO 9060:2018 Class C rated (previously known as a second class).
Silicon-cell solar radiation sensor model is excellent for applications that do not require high accuracy and with a limited budget. It is with faster response time and a more competitive price. But the solar pyranometer has higher errors under cloudy conditions. Their new cost-effective thermopile pyranometers feature a blackbody thermopile detector that provides a much broader and more uniform spectral response for better performance in all atmospheric conditions.
Applications of pyranometer: Illuminance sensor for solar radiation measurement is widely used for shortwave radiation measurement in agricultural, ecological, and hydrological weather, and optimizing photovoltaic systems.
RK200-03 SDI-12 Pyranometer
RK200-02 Quantum PAR Sensor, Photosynthetic Active Radiation Sensor
RK200-03 Solar Pyranometer Radiation Sensor
RK200-04 Solar Radiation Sensor Solar Irradiance Sensor
RK200-05 Solar Radiation Station
RK200-07 UV Radiation Sensor Pyranometer
RK200-08 Automatic tracking solar radiation measurement system
RK200-09 Scattering Radiometer
RK210-01 Solar Illuminance Sensor
RK220-01 Paste Type Temperature Sensor for Solar PV Module
RK210-03 Dust Monitoring System for Solar Panel
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.
Quality professional ambient temperature and humidity sensor wholesale, welcome to contact us for further details. Also Rika provides complete environmental monitoring solutions.
NOISE SENSORS
The noise sensor is also known as a noise level sensor or sound sensor. It is one type of module used to notice the sound. Generally, this module is used to detect the intensity of sound. The noise sensor doesn’t record sounds but monitors changes in the noise level in the environment.
Rika Sensors has two types of noise level sensors: RK300-06A microphone noise sensor and RK300-06B mushroom noise sensor. Both models can be used inside to detect indoor noise level and outside to monitor the sound level in the environment. The noise sensors can be widely used in industrial noise measurement of various machines, vehicles, ships, electrical appliances, etc., and can also be used in environmental noise, labor protection, and industrial hygiene measurement. Contact us for further details of the sound level sensor.
AIR QUALITY SENSORS
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.
TEMPERATURE HUMIDITY SENSORS
Temperature and humidity monitoring sensors – 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.
- RK330-01B Atmospheric RTD Temperature, Humidity & Pressure Sensor
- RK300-01 Wall-mounted Barometric Air Pressure Sensor
- RK300-02A Indoor Dust Sensor, PM1.0 PM2.5 PM10 Sensor
- RK300-02B Outdoor Dust Concentration Sensor, PM1.0 PM2.5 PM10 Sensor
- RK300-03A Indoor Carbon Dioxide Sensor CO2 Transmitter
- RK300-03B Outdoor Carbon Dioxide Sensor CO2 Sensor
- RK300-07 NH3 Concentration Sensor
- RK300-04 Leaf Wetness Sensor Leaf Humidity Sensor
- RK300-08 Multi-in-one (CO, SO2, PM2.5) Gas Sensor
- RK300-06B Mushroom Noise Sensor
- RK300-06A Noise Sensor Noise Level Sensor
- RK300-10 Visibility sensor
- RK300-09 SO2 Concentration Sensor
- RK300-11 CO Concentration Sensor
- RK300-12 Differential Pressure Transmitter
- RK300-14 NO2 Sensor
- RK300-15 H2S Sensor
- RK310-01 PT100 / PT1000 Ambient Temperature Sensor
- RK310-02 K type thermocouple Atmospheric Temperature Sensor
- RK310-03 Infrared Temperature Sensor
- RK330-01 Atmospheric Temperature, Humidity & Pressure Sensor
- RK330-02 Wall-mounted Ambient Temperature & Humidity Sensor
- RK330-04 HVAC Temperature & Humidity Sensor
- RK330-05 Atmospheric Temperature & Humidity Sensor
- RK500-55 Non contact road condition sensor
Rain gauge is a meteorological instrument for determining the depth of precipitation (usually in mm) that occurs over a unit area (usually 1m2) and thus measuring rainfall amount. One millimetre of measured precipitation is the equivalent of one litre of rainfall per metre squared. We offer tipping bucket rain gauges, radar rain gauges, rain sensor switches and evaporation sensors, all of which are used in hydrometeorological monitoring and agriculture. Rainfall monitoring is very important in a wide range of fields like meteorology, hydrology, agriculture, forestry, field monitoring stations and other industries, which enable people to prepare in advance. So we can imagine the importance of rain gauge sensor. There are various types of rain gauge such as wireless rain gauge, tipping bucket rain gauge, radar rainfall sensor, automatic rain gauge station, etc.
- RK400-01C Tipping Bucket Rainfall Sensor
- RK400-01 Metal Tipping Bucket Rainfall Sensor Rain Gauge
- RK400-02 Rain & Snow Sensor, Rain & Snow Switch
- RK400-03 Automatic Rainfall Station
- RK400-04 Economical Plastic Tipping Bucket Rain Gauge Sensor
- RK400-07 Tipping Bucket Rainfall Sensor
- RK400-09 Miniature Tipping Bucket Rainfall Sensor
- RK400-10 Weight Principle Evaporation Sensor
- RK400-11 Rainfall Sensor
- RK400-12 Artificial Observation Rain Gauge
- RK400-13 Radar Rainfall Sensor
- RK400-14 Laser Snow Depth Sensor
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.
Due to differences in electrical resistance or electrical conductivity, information on soil moisture and soil particle composition can be clearly reflected, as well as intuitive conclusions on density, pH, salinity/conductivity and temperature. Through the network construction on the farm, the real-time parameters collected by the soil sensor are transmitted to the computer mainframe and connected with the system installed on the machine to realize automatic control spraying of fertilizer and pesticide. Welcome to contact for further information on soil temperature moisture sensor. We provide top quality soil moisture sensor and soil temperature probe.
- RK500-01 Soil / Liquid Temperature Sensor
- RK500-02 PH Sensor
- RK500-03 EC / Salinity Sensor
- RK500-05 Soil Water Potential Sensor
- RK510-01 Soil Moisture Sensor
- RK520-01 Soil Moisture & Temperature Sensor
- RK520-02 Soil Moisture Sensor, Temperature Probe& EC Sensor
- RK500-22 Soil PH Sensor
- RK500-23 Soil EC Sensor & Soil Salinity Sensor
- RK520-04 Multilayer Conduit Type Soil Temperature and Humidity Sensor
Data logger that provides measurement and control for a wide variety of applications. Dataloggers are an essential component in data acquisition systems. They can scan a wide variety of measurement sensors, perform any programmed calculations, convert the data to other units of measurement, and store the data in memory. Data recorder’s reliability and ruggedness make it an excellent choice for remote environmental applications, including weather stations, mesonet systems, wind profiling, air quality monitoring, hydrological systems, water quality monitoring, and hydrometeorological stations. The weather station data logger with data acquisition, storage, transmission and management, and other functions, is the core component of the automatic weather station. Automative wireless temperature and humidity data logger places an important role in the weather monitoring system.
- RK600-07 Data Logger
- RK600-09 Portable Soil Moisture Measurement Recorder
- RK600-07A Data Logger of Automatic Weather Station
- RK600-07B Data Logger of Automatic Weather Station
- RK600-08 Data Logger of Automatic Weather Station
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.
Rika weather stations are based around a data logger that measures the sensors, then processes, stores, and transmits the data. Data recording intervals are independently programmable. Our data loggers have wide operating temperature ranges, programmable execution intervals, and ample input channels for commonly used sensors. Most sensors can be measured directlywithout external signal conditioning.
Rika Sensors, as a professional automatic weather station manufacturer, has been performing perfectly in outdoor & indoor home weather station. The weather monitoring station is used in a wide range of industries like agriculture, hydrological monitoring, aquaculture monitoring, industrial applications and home uses. Featured accurate measurements, low power requirements, and performing stably in extreme weather conditions
Ultrasonic Weather Station – 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.
The solar radiation shield is recommended for temperature and relative humidity measurement accuracy in locations exposed to direct or reflected solar radiation. It protects outside air temperature, humidity transmitters from rain and radiated heat. It is mounted on tripods, masts, or flat vertical surfaces. We have multi-plate radiation shield both naturally aspirated and fan aspirated solar radiation shield. The fan aspirated radiation shield uses a fan to draw air across a temperature sensor improve the accuracy of the air temperature measurements, but increase the power requirements of the system.
xxxxxxxxxxxxxxx
Water sensors are essential sensors for some industries. Different industries have different requirements for testing, so the corresponding operations of the testing personnel are also different, and the choice of testing equipment is also different. Water sensors(water quality detector and water level detector sensor) allow managers to water level, temperature, pH, conductivity, dissolved oxygen, SS,ORP/Redox and so on. Rika Sensors is a professional water sensor supplier for water level detector sensor and water level sensor with more than 10 years of experience, welcome to contact us for further information.
Level sensor or water level switches detect the level of liquids, other fluids and fluidized solids, including slurries, granular materials, and powders that exhibit an upper free surface in tanks and process systems. Substances that flow become essentially horizontal in their containers (or other physical boundaries) because of gravity whereas most bulk solids pile at an angle of repose to a peak. The substance to be measured can be inside a container or can be in its natural form (e.g., a river or a lake). Continuous level sensors measure level within a specified range and determine the exact amount of substance in a certain place.
There are various kinds of water level sensors, such as pressure transducers, bubblers, shaft encoders, ultrasonic sensors, capacitance sensing, liquid float switch, bubbler sensor, etc. Level transmitter/liquid level sensor is one of the very important sensors and plays a very important role in a variety of consumer/ industrial applications. As with other types of sensors, water level probes are available or can be designed using a variety of sensing principles.
Features: Wide supply voltage range; Accurate measurement of water level; Low cost; Not conductivity based; Low power operation
Applications: Transport tanks, storage tanks and water tanks; environmental detection, reservoir monitoring, etc.
Rika is the leading level transmitter manufacturer, providing professional water level sensors/liquid level sensors for 10 years+, and we can also provide customized solutions for customers, feel free to contact us to get the quote for water level sensors. Whether for continuous level measurement, hydrostatic level & point level measurement, we provide sensor solutions.
Water quality sensor is essential sensor for some industries. Different industries have different requirements for testing, so the corresponding operations of the testing personnel are also different, and the choice of testing equipment is also different. Water monitoring sensors / water quality sensors allow managers to water level,temperature, pH, conductivity, dissolved oxygen, SS,ORP/Redox and so on.
