A BATTERY-POWERED IoT DEVICE
TO DETECT ENVIRONMENTAL PARAMETERS
AND MAKE EVERY SPACE COMFORTABLE.
The environmental sensor of Filippetti Group is able to measure relative humidity in a range of 0 to 80% and temperatures from -20 ° C to + 75 ° C within indoor spaces. Its small size, minimalist design and long battery life make it ideal for many applications. After integration with controllable HVAC air conditioning systems (Heating Ventilation and Air Conditioning), the data detected by the sensor can be used to guarantee high standards in terms of environmental comfort.
- High performance, light and durable – Made of high-strength plastic material, the device is light (about 150 gr.) and incredibly high-performing, even in the case of extreme operating temperatures (temperature range -20 ° C to + 75 ° C).
- Quick and easy installation – Thanks to the practical assembly kit (wall mounting with adhesive or Velcro), the IoT device allows you to enable environmental monitoring in an easy and fast way.
COMMUNICATION: SMART NETWORK PROTOCOL
The device allows to acquire and monitor in real time the environmental parameters (temperature and relative humidity), and sends them to the Filippetti Group Gateway using the proprietary Smart Network protocol and UHF wireless communication (LoRa/FSK modulation).
SPECIFIC MEASURES: TEMPERATURE, RELATIVE HUMIDITY
Equipped with temperature and hygrometer sensor, the device takes care of acquiring the fundamental parameters for environmental monitoring. The system is supplied already calibrated and inside a plastic package, suitably adjusted, to allow thermal and hygrometric exchange with the surrounding environment to be monitored.
The environmental sensor is not able to intervene on the control of the indoor microclimate. However, after realization of an architecture of integration with HVAC systems and actuators, it is possible to use the measurements provided by the sensor for the control of the microclimate and subsequent maintenance of indoor comfort.
POWER SUPPLY: by BATTERY
The node is powered by 3 AA batteries, each of 2.2 Ah and with a nominal voltage of 3.6V, which allow an average duration (albeit variable depending on the type of use) greater than 3 years.
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