SKU:MLE05155
M5Stack ENV Pro Unit with Temperature, Humidity, Pressure and Gas Sensor (BME688) | U169
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About the Product
ENV Pro Unit is an environmental sensor that utilizes the BME688 sensor solution, supporting the measurement of various environmental parameters such as volatile organic compounds (VOCs), indoor air quality (IAQ), temperature, humidity, and atmospheric pressure. It features a compact size, wide operating range, simple communication interface (I2C), excellent performance, and low power consumption, making it suitable for weather stations, indoor environmental monitoring, and air quality detection applications.
ENV Pro Unit can operate in environments ranging from 300hPa to 1100hPa of pressure, 0% to 100% humidity, and -40°C to 85°C temperature, covering sea-level to high-altitude regions, and is resistant to dryness, humidity, cold, and heat in various extreme conditions.
Compared to the previous ENV series products, the ENV Pro Unit measures temperature, humidity, and atmospheric pressure and includes the capability to measure VOCs and perform gas scanning. It offers outstanding sensitivity with a detection range down to parts per billion (ppb) level. Based on specific application requirements, the gas scanning functionality can be customized for sensitivity, selectivity, data rate, and power consumption.
Users can utilize the BME AI-Studio tool to train the ENV Pro Unit for specific applications such as home appliances, IoT products, or smart homes. It allows for digital output of various data parameters such as air quality index (IAQ), volatile organic compounds (VOC) and CO2 equivalent (ppm), gas scanning results (%), and intensity level (%), facilitating AI data analysis.
Features:
Highly integrated sensors
I2C Communication
High precision and low power consumption
real-time monitoring
Multi-platform programming Arduino UIFlow
Includes:
1x ENV Pro Unit
1x Grove Cable (20cm)
Applications:
Indoor and outdoor air quality measurement
Detect leaks or fires
Agricultural temperature and humidity detection