Indoor microclimate monitoring sensor

The component arrangement is optimized so that the display's activity does not interfere with thermometric measurements or airflow patterns
The component arrangement is optimized so that the display's activity does not interfere with thermometric measurements or airflow patterns
  • Open housing architecture: The design provides direct contact of the measuring elements with the air environment. As a result, the sensors react faster to changes in humidity, CO₂, and temperature levels.
  • Integrated display without thermal interference: The board comes with a pre-soldered screen for local data display. The layout of the elements is designed in a way that the display operation does not affect the thermometer readings and does not disrupt air circulation. This ensures high measurement accuracy with convenient visual monitoring of parameters right at the device's location.
  • Economy: In the Easy-DIY Kit format, the solution remains fully accessible for mass equipping of large civil and commercial facilities.
On the test bench, the 5 Symbiosei local units demonstrate remarkable data homogeneity with low standard deviation
On the test bench, the 5 Symbiosei local units demonstrate remarkable data homogeneity with low standard deviation

Gallery

The same features, integrated into a sleek, design-focused chassis
The same features, integrated into a sleek, design-focused chassis
A version featuring an entry-level display, specifically adapted to industrial premises
A version featuring an entry-level display, specifically adapted to industrial premises
Supplied as an Easy-DIY Kit format (pre-assembled and qualified PCB + enclosure kit for terminal assembly)
Supplied as an Easy-DIY Kit format (pre-assembled and qualified PCB + enclosure kit for terminal assembly)