The AHT10 sensor gives you temperature and humidity data for your projects. This digital humidity sensor is a common replacement for the DHT11. It offers more exact readings and better long-term stability. It comes calibrated from the factory. It connects using the I2C bus, so it's easy to start using. Features and Benefits
- Accurate measurements - It measures temperature with about ±0.3°C accuracy. Relative humidity is within ±2% RH.
- Factory calibrated output - The sensor is calibrated before it ships. You get accurate data without needing to adjust it yourself.
- Standard I2C interface - It connects to microcontrollers like the ESP32 or Arduino with just two wires. Code libraries are widely available.
- Wide voltage range - It runs from 2.0V to 5.5V. This makes it work with many 3.3V and 5V development boards. Applications
- Building a home weather station or environmental data logger.
- Making automated climate control for a greenhouse or reptile enclosure.
- Adding environmental monitoring to smart home devices.
What It Is
This is a digital temperature and humidity sensor module, specifically the AHT10 model. It uses an I2C interface for communication and is designed to replace older DHT11 and SHT20 sensors. As a humidity sensor, it measures the moisture content in the air. This module is a high precision working sensor, providing accurate readings for temperature and humidity. It is typically connected to a micro-controller to interpret the data.
Key Uses & Applications
This AHT10 digital temperature and humidity sensor is suitable for a range of applications where accurate environmental monitoring is required. Its high precision ensures reliable data collection. Common uses include:
- Environmental control systems
- Weather stations
- Data logging projects
- HVAC monitoring
- Smart home automation
It is designed to seamlessly integrate into existing setups that previously used DHT11 or SHT20 modules, offering an upgrade path.
How to Choose
When selecting a humidity sensor, consider the interface and required accuracy. This AHT10 module features an I2C interface, which is a common digital communication protocol for micro-controllers. It is specified as a high precision sensor, making it suitable for applications where accurate measurements are critical. If you are replacing a DHT11 or SHT20, this module is designed as a direct replacement. Ensure your micro-controller supports I2C communication for compatibility.
Grit / Spec Guide
This module is a digital temperature and humidity sensor, model AHT10. It operates with an I2C interface, which is a two-wire serial bus. The sensor provides high precision readings for both temperature and humidity. It is designed to replace older sensor types like the DHT11 and SHT20. A faulty sensor will typically provide erratic or no readings, requiring replacement. There is no grit specification for this type of electronic component.
Care & Safety
Handle the AHT10 sensor module with care to avoid damage to the electronic components. Always ensure proper grounding when connecting to a micro-controller to prevent electrical shorts. Avoid exposing the sensor to extreme temperatures or high humidity levels outside its specified operating range, as this can lead to a faulty sensor or inaccurate readings. Do not attempt to calibrate humidity sensor modules manually without manufacturer guidelines, as this is typically factory-set for digital sensors. Store in a dry, static-free environment.
Accuracy: High Precision. Interface: I2C. Model: AHT10. Sensor Type: Digital Temperature and Humidity Sensor. Material: Polymer. Supply Voltage: 1.8 V to 3.6 V. Humidity Measurement Range: 0% to 100% RH. Temperature Measurement Range: -40°C to +85°C. Interface: I2C. Humidity Accuracy: ±2% RH (typical). Temperature Accuracy: ±0.3°C (typical). Product Name: TENSTAR AHT10 Sensor High Precision Digital Temperature and Humidity Module. Quantity: 3 pieces. Resolution: 0.024% RH, 0.01°C. Response Time: 8 seconds (typical). Sensor Type: Digital Temperature and Humidity Sensor. Theory: Optical Sensor. Q: What are the specific measurement ranges and accuracy for this sensor? A: It measures temperature from -40 to 85 degrees Celsius with a typical accuracy of ±0.3°C. The humidity range is 0 to 100% relative humidity, with a typical accuracy of ±2% RH.. Q: How is this AHT10 sensor better than the older DHT11? A: The AHT10 provides higher accuracy and better resolution for both temperature and humidity readings. It also uses the standard I2C protocol, which is often simpler to implement than the DHT11's custom single-wire interface.. Q: Can I connect this humidity sensor directly to a 5V Arduino? A: No, the AHT10 sensor's operating voltage is 1.8V to 3.6V. To use it with a 5V microcontroller like an Arduino Uno, you must use a logic level shifter on the data lines to prevent damage.. Q: What happens if I can't get the sensor to work? Is there a warranty? A: We can provide datasheets and confirm pinouts to help with your setup. If you suspect a hardware defect, we'll guide you through some simple tests and will replace any sensor that is found to be faulty.. Q: Why does this come in a pack of three? A: The 3-pack is useful for projects that require monitoring in multiple areas, like different zones in a greenhouse or rooms in a home. It's also a good value so you can have spares for prototyping and future projects..