seeed studio Grove Temperature Humidity Sensor Pro Module(AM2302/DHT22) Digital Interface 3.3/5V, Sensor for Temp(-40~80℃) Humi(0~99.9% RH) Monitor Compatible with Board Arduino/Raspberry Pi
R 1,577
or 4 x payments of R394.25 with
Availability: Currently in Stock
Delivery: 10-20 working days
This item may be available in a different size, colour, scent, version or platform:
seeed studio Grove Temperature Humidity Sensor Pro Module(AM2302/DHT22) Digital Interface 3.3/5V, Sensor for Temp(-40~80℃) Humi(0~99.9% RH) Monitor Compatible with Board Arduino/Raspberry Pi
【Multifunctional Sensor】This module is a high accuracy temperature and humidity sensor based on the DHT22(also known as AM2302 or RHT03). The DHT22 includes a capacitive humidity sensor and a high precision temperature sensor. With the help of a built-in 8-bit microcontroller, the DHT22 converts the analog output of those two sensors to the digital signal, and output both temperature and humidity data via a single pin.
【Make Choice】Compared with the DHT11, this module has higher precision and wider measurement range, but the usage and code are almost the same. Simply put, if you need higher measurement accuracy, this product will be a better choice.
【Various Main Boards Support】Grove connector compatible, it can easily connect to Arduino, Seeeduino, and Raspberry Pi.
【Tech Support】Visit >>Seeed Wiki<< from Seeed Studio official page for more tech support and tutorials.
This product is a high accuracy temperature and humidity sensor used in home conditions. It consists of a capacitive sensor element used for measuring relative humidity and a negative temperature coefficient (NTC) thermistor used for measuring temperature. Every sensor was calibrated in an accurate humidity room. Small dimension, ultra low power consumption, more than 20m's signal transmission distance make it a good selection for various application environment. Different from Twig - Temp&Humi Sensor v0.9b, the accuracy of this module can gets up to 0.3 degree in temperature and 2% in relative humidity.