Arduino MKR ENV Shield Rev2 ASX00029
The Arduino MKR ENV Shield Rev2 integrates high-precision sensors for temperature, humidity, barometric pressure, UV, and light intensity, providing reliable environmental data acquisition for IoT, smart agriculture, and environmental monitoring applications.
Features
- Integrates multiple high-precision environmental sensors for temperature, humidity, barometric pressure, UV, and light intensity.
- Designed for seamless compatibility with Arduino MKR family boards, expanding their environmental data acquisition capabilities.
- Includes an onboard MicroSD card slot, enabling local storage and logging of sensor data.
- Provides accurate and reliable data for IoT, smart agriculture, and weather station applications.
- Features a plug-and-play design with a dedicated Arduino library for easy integration and programming.
Out of stock
The Arduino MKR ENV Shield is a compact and powerful add-on board engineered to enhance the sensing capabilities of your Arduino MKR family boards. It integrates advanced onboard sensors to monitor temperature, humidity, atmospheric pressure, light intensity (LUX), and UV levels, making it an ideal solution for environmental and Internet of Things (IoT) projects. This shield transforms your MKR board into a robust data acquisition platform for diverse applications.
Developers, educators, and hobbyists can leverage the MKR ENV Shield to create intelligent applications such as weather stations, indoor climate monitoring systems, and smart agriculture solutions. Its high-precision sensors, including the LPS22HB for pressure and a specialized UV sensor, ensure accurate data collection. The plug-and-play design, supported by a ready-to-use Arduino library, simplifies integration and programming without requiring complex wiring.
To support projects requiring local data storage, the shield includes a MicroSD card slot for logging collected environmental values. For optimal performance, particularly for light and UV measurements, the MKR ENV Shield should be placed on top of any stack of shields to ensure unobstructed sensor exposure. It operates at 3.3V and communicates primarily via I2C, with some sensors potentially using analog interfaces.
Additional Information
| Weight | 0.032 kg |
|---|---|
| Dimensions | 6.1 × 2.5 cm |
