Decentlab DL-IAM - Indoor Ambiance Sensor for LoRaWAN

CO2, Temperature, Humidity, TVOC, Motion sensor

Decentlab’s indoor ambiance monitor continuously measures carbon dioxide (CO2) concentration, volatile organic compounds (VOC), temperature, humidity, barometric pressure, ambient light intensity and motion / presence.

These data allow you to quantify the air quality, temperature and illumination (ambiance) in offices, class rooms, hospitals, stores or malls. As the device also indicates the presence of people and how they move in a room, it allows you to efficiently control heating, ventilation, air conditioning (HVAC) and illumination corresponding to the actual situation in a specific room.

The DL-IAM will help you optimize both indoor air quality and how you control your building systems - it even lets you optimize these parameters based on frequency of usage and/or if people are present at all.

Sensor data are transmitted in real-time using LoRaWAN® radio technology. LoRaWAN® enables encrypted radio transmissions over long distances while consuming very little power. Estimated lifetime on a set of batteries for the DL-IAM is 1 - 3 years depending on reporting intervals and signal conditions.

Key Features

• State of the Art CO2 & VOC sensors
• Industry standard humidity and temperature sensor
• Ambient light sensor
• High accuracy barometric pressure sensor
• Motion / Presence Sensor
• Compatible with any LoRaWAN network
• Place and Measure; no setup required
• Unattended real-time monitoring for more than a year without replacing batteries

Applications

• Indoor air quality monitoring in offices, class rooms, hospitals, stores or malls
• Office occupancy monitoring
• Motion / activity monitoring of people in a room
• Heating, ventilation and air conditioning (HVAC) control: for good indoor air quality and energy savings
• Process yield and economic efficiency: e.g. in greenhouses, mushroom farming, food packaging, transportation/storage, chicken hatcheries and incubators
• Personal safety: in confined spaces where combustion is present or gas leakage could occur such as garages, tunnels, public bars, restaurants or burners