Efento BLE sensors transmit the data over BLE (Bluetooth Low Energy) and send data to the Efento cloud** through Efento gateway or to other third-party integration. Free mobile application let to configure the device and read the data from its memory.
Indoor air quality IAQ measurement range: 0…500
Temperature measurement range: -35…+70 °C, accuracy up to 0,4 °C in the range from -20°C to +70°C and 0,5 °C in the range -35…-20 °C
Relative humidity measurement range: 0…99 % RH, accuracy up to 4 % in 0…80 % RH and 7 % in the range 81…99 %
Measurement and transmission period: 5 seconds to 30 days (configurable by the user)
Battery ensures up to 5 years of maintenance-free operation (15 min. measurement interval), 2700 mAh, 3,6 V, AA battery (replaceable)
The device stores 40,000 measurements in its memory, when the memory is full, the oldest measurements are overwritten
The device can be used as a stand-alone data logger or connected to the Efento gateway to view and store data in the Efento cloud
Possibility to integrate sensor to other third-party systems
Operating temperature / humidity: -35…+70 °C / 0…99 %
Efento NB-IoT sensors transmit the data over cellular network (Narrowband IoT) and do not require any additional devices (router, gateway, etc.). Sensors are also equipped with Bluetooth Low Energy interface, which allows quick and easy configuration with a smartphone. Efento NB-IoT sensors can be integrated with Efento Cloud platform or any other third party systems.
Indoor air quality IAQ measurement range: 0…500
Temperature measurement range: -15…+70 °C, accuracy: up to 0,4 °C
The LoRa-Log-Vape system, using LoRaWAN communication technology, is designed for detecting "vaping" and cigarette smoke. Sensors capture environmental parameters and, upon detecting an event, send a notification to the LoRaWAN receiver (gateway). The data is collected and processed in the receiver and can be viewed on a web page.
The LoRa-Log-Vape registration system consists of a wireless LoRaWAN sensor receiver and wireless Synetica “vape” sensors ENL-IAQ-Vape.
