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Why measure indoor air quality?
Optimization of microclimate conditions contributes to:
- Prevention of the spread of acute respiratory system infections, including COVID-19
- Improvement of students' cognitive abilities and teachers' efficiency in knowledge transfer
- Prevention of a higher incidence of acute diseases of the respiratory system
- Prevention of the adverse effects of excessive CO2 on segments of the cardiovascular system, such as the pulse and blood pressure
(Source: Andrija Štampar Institute of Public Health)
Smart Sense AirQ Indoor sensor - functionality:
- Continuous monitoring of the key parameters of air quality: CO2, temperature, humidity
- Audible and display signals for increased CO2 above permitted levels, which indicate insufficient ventilation of a room and indicate the need for immediate action
- The display shows the values for relative humidity and temperature
- The sensor can be expanded to monitor additional parameters: particles, light, VOC.
- The sensor supports Wi-Fi, NB IoT, LORA
- Easy installation
Web and mobile applications:
- Enable graphic numerical displays of detected values
- Access to and export of historical data
- Possibility of data analysis by professional service
- Real time notifications to system users in case of excessive values
- Web and mobile applications are available with the purchase of a license from Smart Sense
What to do in the event of an emergency?
- In the event of increased CO2 levels (above 1000 ppm), ventilate the room immediately - keep windows wide open for at least 3-5 minutes in winter and 10-20 minutes in summer; if possible open a window on the opposing side at the same time
- Optimal humidity is between 40 and 60%. If the humidity is too low, humidifiers should be installed
- If the temperature is too high or too low, adjust the heating system to achieve energy efficiency
If you are interested in purchasing the sensor, contact us at info@smart-sense.hr!