Heyous 2PCS DHT22 Digital Temperature and Humidity Sensor Module with Cable Suitable for Automatic Control Systems Domestic Appliances Weather Stations
Heyous 2PCS DHT22 Digital Temperature and Humidity Sensor Module with Cable Suitable for Automatic Control Systems Domestic Appliances Weather Stations
Product name: DHT22 temperature and humidity sensor module. Function: Single- bus digital signal output, bidirectional serial data. Features: The DHT22 digital temperature and humidity sensor is a calibrated combined temperature and humidity sensor with digital signal output. It utilises dedicated module capture technology and digital temperature and humidity sensor technology to ensure high reliability and excellent long-term stability. Equipped with mounting screw holes for easy installation. (Screw hole diameter 2.5 mm) Package contents: 2 digital temperature and humidity sensor modules, 2 connection cables Note: 1. As dimensions are measured manually, please allow for slight discrepancies. 2. The colours of the DuPont wires are subject to the actual product received, whilst colours may vary, functionality remains the same.
Product Features
- DHT22 temperature and humidity sensor module.
- Specifications: Temperature range: -40 to 80 degrees Celsius, temperature measurement accuracy: +0.5 or -0.5 degrees Celsius, humidity measurement range: 0-100per cent RH, humidity measurement accuracy: 2per cent RH.
- Features: Our temperature and humidity monitoring sensor module offers stable performance and fast response times. It features a single-bus digital signal output and bidirectional serial data communication.
- Applications: The DHT22 sensor module is compatible with applications involving humidity detection and control, such as automatic control systems, domestic appliances, weather stations and humidity regulators.
- You will receive 2 temperature and humidity sensors module and 2 DuPont connection cables (Note: The colours of the DuPont cables may vary from the image shown, whilst the colours differ, their functionality remains the same).