3Pcs SHT31-D Temperature Humidity Sensor Module SHT31 Temperature and Humidity Sensor Breakout Digital Output IIC I2C Interface 3.3V GY-SHT31-D for Arduino Smart Home
3Pcs SHT31-D Temperature Humidity Sensor Module SHT31 Temperature and Humidity Sensor Breakout Digital Output IIC I2C Interface 3.3V GY-SHT31-D for Arduino Smart Home
Humidity measurement range: 0 ~ 100% RH Humidity measurement accuracy: ±2%RH Temperature measurement range:-40~125℃ Temperature measurement accuracy: ±0.3 ℃ Operating voltage: 2.4~5.5VDC (wide voltage) I2C interface output SDA:Serial data; input / output ADDR:Address pin; input; connect to either VDD or VSS, do not leave floating ALERT:Indicates alarm condition; output; must be left floating if unused SCL: |Serial clock; input I output VDD: Supply voltage; input nRESETR:eset pin active low; input; if not used it is recommended to connect to VDD R:No electrical function; to be connected to VSS VSS: Ground
Product Features
- Enhanced Accuracy and Reliability: The SHT31-D Temperature Humidity Sensor Module offers 2% RH and 0.3C accuracy, ensuring precise environmental monitoring for your smart home projects with its fully calibrated and temperature-compensated digital output
- Fast and Efficient Communication: With IIC I2C interface and communication speeds up to 1 MHz, the SHT31 Temperature and Humidity Sensor Breakout provides rapid and reliable data transmission, ideal for real-time monitoring in Arduino-based systems
- Versatile Power Supply Range: The GY-SHT31-D operates on a wide voltage range of 2.4V to 5.5V, making it compatible with various power sources and perfect for integrating into different smart home setups without additional voltage regulators
- Dynamic Address Selection: The ADDR pin allows for dynamic I2C address selection, enabling you to connect multiple SHT31-D Temperature Humidity Sensor Modules to the same bus, enhancing flexibility and scalability in your smart home network
- Advanced Alarm and Reset Features: The sensor includes an alarm pin that can be connected to a microcontroller's interrupt pin, providing real-time alerts based on programmable limits, and supports reset via general call, ensuring robust and responsive operation