Envira Nanoenvi - Model EQ -Air Pollution Monitoring IoT Devices
The Nanoenvi EQ platform is a new step in the field of monitoring air pollution. With a modular design, it can monitor up to four polluting gases in a compact and autonomous device. The Nanoenvi EQ devices make it possible to create wireless measuring networks for air quality. Their sensors collect data in places where there are no air quality stations, or can be used as complements to the stations, to widen their scope. Thanks to Nanoenvi® eq cloud connections, the users receive real-time data on air pollution in their computers, mobile phones or tablets. This speeds up the decision making process in adverse situations.
Casing
The Nanoenvi EQ equipment is installed inside a high-resistant casing built by ASA Luran. This enclosure provides the equipment with an IP66 protection level, ensuring its correct performance outdoors and in industrial surroundings.
IoT
The Nanoenvi EQ stations are integrated in IoT networks through the usual M2M protocols (3G, WiFi, 6lowpan, ZigBee®, LoRa®…). ENVIRA`s technical team handles the integration of the EQ stations in the IoT platform selected by the client, so that they are real Plug’n’Play devices.
Alarms/Computation
Equipped with an Atmel SAM4 microcontroller and a 160KB SRAM memory, Nanoenvi EQ has a high capacity for computation to perform filters, aggregations or any other kind of Edge processing of data before the transmission. Nanoenvi EQ has specific modules for the most common management of environmental signals: aggregated, buffers, signal smoothing, identification and notification of alarms, etc.
Connectors
The Nanoenvi EQ environmental monitoring stations enable real-time collection of signals, both analogical and digital, from almost a hundred homologated sensors. Each sensor installed in the Nanoenvi EQ devices is carefully calibrated at ENVIRA`s certified laboratory in order to reach the maximum accuracy, strength and stability of the measurement. Nanoenvi EQ is the only equipment with the same features that has integrated a sample collection system, thus avoiding the sensorics` direct exposure to the outdoors and guaranteeing the stability of the measurement and the preservation and durability of the sensors.
- Microcontroller ATMEL SAM4
- Frequency 120 MHz
- SRAM 160 KB
- EEPROM 4 KB
- FLASH 4 GB
- External storage up to 4GB in SD card.
- Clock RTC (32 KHz)
- Consumption 200uA/Mhz
- Casing material ASA LURAN
- SEALING Silicon rubber Elastosil®
- COVER SCREWS Stainless Steel
- Type of protection IP66 EN 60529
- Resistance to impact To ISO 2039-1 standard
- Environment temperature (min.) 5 ° C
- Environment temperature (max.) 40 ° C
- Approximate weight 550 g
- DIMENSIONS 270x170x90
- Maximum number of sensors 5