Sensirion’s CO2 and RH/T Sensor Module Is Now Available Globally

by donpedro

CMOSens® Technology for IR detection enables highly accurate carbon dioxide measurement at a competitive price. Along with the NDIR measurement technology for CO2 detection, a best-in-class Sensirion humidity and temperature sensor is also integrated on the same sensor module. Ambient humidity and temperature can be output by Sensirion’s algorithm expertise through modeling and compensation of external heat sources without the requirement for any additional components. Thanks to the dual-channel principle for the measurement of carbon dioxide concentration, the sensor compensates for long-term drifts automatically by design.

Carbon dioxide is a key indicator of indoor air quality. Thanks to new energy standards and better insulation, houses have become increasingly energy-efficient, but air quality can deteriorate rapidly. Active ventilation is needed to maintain a comfortable and healthy indoor environment, and to improve the well being and productivity of the residents. Sensirion’s SCD30 offers accurate and stable CO2, temperature and humidity monitoring. This enables customers to develop new solutions that increase energy efficiency and simultaneously support well being.

For fast and easy evaluation of your sensor application, Sensirion offers the SEK-Environmental Sensing evaluation kit. The kit combines plug-and-play hardware with an easy-to-use viewer software (the ControlCenter) for in-depth evaluation. The ControlCenter viewer software allows display and logging of the sensor signals for multiple sensors connected to several SensorBridges on the same PC. The evaluation kit includes a Sensirion SensorBridge, all connector cables and various sensor samples.

Visit Sensirion’s website to order the SCD30 or to learn more about its specifications and features: www.sensirion.com/scd30.

To learn more about Sensirion’s SEK-Environmental Sensing evaluation kit, please visit www.sensirion.com/sek.

Sensirion | www.sensirion.com

Related Articles

Leave a Comment