The sensor device increasingly found in the programs of air quality monitoring. Compared to traditional methods, with our sensors it is possible with minimal costs to perform the measurements of air pollution in any place. In facilities, construction of character in residential and labor, sensors, quality parameters of air, such as dust or gas hazardous to life and health, to ensure the security cooperating with acoustic alarm in case of detection of the sensor exceeding the permissible level of pollutants in the air.
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Grove - gas & dust sensors
Products: 11
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Grove - multichannel gas sensor - Seeedstudio 101020820
Plate with four independent gas sensors: GM-102B, GM-302B, GM-502B, GM-702B , which can detect various gases such as carbon monoxide, nitrogen dioxide, ethyl alcohol, organic...
Index: SEE-16907
Index: SEE-16907
Grove - VOC and CO2 gas sensor SGP30 - semiconductor MOS - Seeedstudio 101020512
The SGP30 sensor module is used to detect volatile organic compounds (VOC) and carbon dioxide (CO2). It communicates through the I2C interface. On the board there is a...
Index: SEE-15542
Index: SEE-15542
Grove - air purity sensor MP503 v1.3
Air purity sensor from Groveseries. It is used for detecting slightly toxic gases such as carbon monoxide, alcohol, acetone, thinner, formaldehyde and other.
Index: SEE-04415
Index: SEE-04415
Grove - CO2 & Temperature & Humidity Sensor (SCD30)
The Grove module from Seeed Studio is equipped with a sensor of humidity, temperature and carbon dioxide. (SCD30) is a high precision carbon dioxide sensor based on Sensirion...
Index: SEE-14129
Index: SEE-14129
Grove - dust / purity air sensor PM2.5 PPD42NS - 5V PWM
Sensor of dust allows you to monitor the purity of the air. It is equipped with a sensor that can detect PM 2.5 particles with a diameter above 1 μm, such as cigarette smoke....
Index: SEE-13331
Index: SEE-13331
Grove - smoke and flammable gases - MQ2 - analog - semiconductor
Module with gas sensor MQ2 capable of detecting smoke and leakage of gaseous fuels such as LPG, methane, hydrogen, butane etc. The module works with 5 V and communicates...
Index: SEE-15175
Index: SEE-15175
Grove - Temperature, Humidity, Pressure and Gas Sensor BME680 I2C/SPI
The BME680 sensor module allows you to measure temperature, humidity, pressure and gas simultaneously. The board is equipped with a Grove connector. It communicates via I2C or...
Index: SEE-15330
Index: SEE-15330
Grove - laser dust sensor / air quality PM2.5 (HM3301) - 5V
Grove Laser PM2.5 Sensor (HM3301) is a new generation of the laser sensor of dust / air quality, which in real time, allows for monitoring of air quality. It is e quipped with...
Index: SEE-13812
Index: SEE-13812
Grove - CO, coke oven gas, LPG sensor - MQ9 - analog
The module is equipped with a sensor for carbon monoxide, coke oven gas and liquid gases - MQ9. The sensor is compatible with Arduino and Raspberry. Power supply voltage is 5 V...
Index: SEE-15178
Index: SEE-15178
Grove - sensor of HCHO - WSP21100 - semiconductor - analog
The sensor is able to detect HCHO gases thanks to the WSP21100 system, whose resistance changes with the growth of volatile organic compounds in the air. It is capable of...
Index: SEE-15180
Index: SEE-15180
Grove BME688 - I2C 4in1 AI sensor - gas, pressure, temperature and humidity - Seeedstudio 114992989
Grove series module equipped with BME688 sensor. It is the first sensor equipped with artificial intelligence (AI) that measures gas, pressure, temperature and humidity with...
Index: SEE-22111
Index: SEE-22111
See also
- Grove - starter kits
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- Grove - accelerometers and gyroscopes
- Grove - actuators
- Grove - medical sensors
- Grove - distance sensors
- Grove - current sensors
- Grove - weather sensors
- Grove - force sensors and limit switchers
- Grove - light and colour sensors
- Grove - LED
- Grove - sensors and potentiometers
- Grove - converters
- Grove - communication modules
- Grove - sound modules
- Grove - relays
- Grove - cables
- Grove - buttons, keys and joysticks
- Grove - motor drivers
- Grove - displays
- Grove - covers and accessories
As built and how they work today, sensors are used clean air?
Currently used several types of gauges clean air - among them are electrochemical sensors in which the measurement process is the chemical reaction of the gases contained in the air electrode with the measuring equipment placed in a liquid medium. In sensors of electrical and semiconductor devices, based on metal oxides, the gases contained in the air react with the surface of the sensor by changing the resistance of its secondary measuring circuit. Another design, used in the air quality monitoring sensor fotojonizacyjny. Its principle of operation is based on ionization of molecules of organic compounds, which eventually causes the flow of electric current in the secondary measuring circuit of the sensor. Air pollution can also be controlled via optical sensors, which control how molecules of gases or dust present in the air affect and create a new cosmic light. Optical sensors can detect the presence of carbon monoxide (carbon monoxide) and of carbon dioxide by measuring the amount of absorbed infrared light.
What factors affect the accuracy of measurement using sensors monitors the parameters of air quality?
The parameters of the measuring signal received from the sensors clean air not only affects us the most interesting concentration of gas and dust in the air, but also other environmental factors and equipment, such as the presence of undetectable sensors are substances that can interfere in the measurement, temperature, humidity, pressure, and drift of the signal depend on the electromagnetic parameters of the measuring system, for example, with higher air pollution, the measurement signal may be attenuated due to molecules of other substances in the air, which can lead to falsification of the measurement. The measurement accuracy is also affected by the project, the design, the purpose of the sensor interacting with the measuring system, for example, a microcontroller. Due to fluctuations in environmental conditions, the sensor calibration may not be sufficient, and retrieving exact and approximate to each other measurements in similar environmental conditions, although in different locations of the measurements, it can be difficult to achieve. Despite this, sensors of gas, dust and air cleanliness Grove successfully perform the hardware settings and professional monitoring stations.