ENS160 + AHT20 Air Quality, Temperature and Humidity Sensor Module

Product Overview

The ENS160 + AHT20 Air Quality, Temperature and Humidity Sensor Module is a carefully selected electronics product for practical prototyping, repair, robotics, automation and embedded system development. It converts a real-world physical condition into a readable electrical signal so that a microcontroller can measure, log, display or respond to environmental changes. This listing is written to help customers understand what the product does, how it can be used and what should be checked before installation.

Unlike a short catalogue note, this product page explains the module in a project-focused way. Whether you are building a student assignment, a robotics platform, a sensor-based automation system, a power-control circuit or a custom prototype, the ENS160 + AHT20 Air Quality, Temperature and Humidity Sensor Module can save development time when it is matched with the right controller, wiring and power supply.

Key Features

• Easy integration with microcontroller projects
• Useful for real-time measurement, monitoring and automation
• Compact module format for breadboard or project installation
• Works well for learning, prototyping and custom electronics
• Can be combined with displays, relays, buzzers or wireless modules

Technical Specifications

• Product Type: Sensor / measurement module
• Sensor Type: Digital temperature and humidity sensor
• Interface: I2C

Specifications can vary slightly between batches and board manufacturers. Always check the silkscreen, product label and datasheet before using the module in a final design, especially where voltage, current, polarity or logic level is critical.

Applications

• Arduino and ESP32 sensing projects
• Environmental monitoring, automation and alarms
• Robotics feedback and data acquisition
• Student experiments and embedded system prototypes

Why Choose This Product

This module is useful because it gives your project a measurable input from the real world. Instead of guessing what is happening, your controller can read a sensor value and make decisions such as displaying data, switching a relay, sounding an alarm, logging a trend or sending a notification.

Sensor performance depends on placement, calibration and code. Keep the sensing element away from heat sources, electrical noise and mechanical stress unless the product is specifically designed for those conditions. In many projects, averaging several readings improves stability. For safety-related gas, fire, medical or environmental projects, treat readings as experimental unless the complete system has been calibrated and certified.

Compatibility

Compatible with Arduino, ESP32, ESP8266, STM32 and Raspberry Pi Pico projects when voltage levels, libraries and wiring are matched correctly. Check whether the sensor output is analog, digital, I2C, SPI, UART or 1-Wire before connecting.

Installation or Usage Notes

• Check the module supply voltage and logic level before wiring to a microcontroller.
• For analog sensors, connect the output to an ADC pin and calibrate using known reference conditions.
• For digital sensors, install a suitable library and confirm the bus address or pin timing used by your code.

For long-term reliability, mount the product securely, avoid loose jumper wires in permanent installations and protect exposed circuits from moisture, dust and accidental short circuits. If the product is used in a high-current, high-temperature, outdoor, mains-powered or safety-related project, add suitable fuses, insulation, enclosure protection and testing procedures.

Buyer Guidance

Before ordering the ENS160 + AHT20 Air Quality, Temperature and Humidity Sensor Module, compare the product requirements with your project design. Confirm the supply voltage, current capacity, signal type, connector spacing, mounting method and software support. Beginners should first test the module on a breadboard or a temporary setup and then move to soldered wiring or a PCB after the code and electrical behavior are confirmed. This approach avoids damage to boards and makes troubleshooting easier.

If you are using the item for an academic project, document the wiring diagram, pin names, supply voltage and code library in your report. For commercial or field use, test the product under the expected load and environment, because real operating conditions can differ from a simple bench test. Proper selection, careful wiring and staged testing will help the ENS160 + AHT20 Air Quality, Temperature and Humidity Sensor Module deliver stable performance in your electronics project.

Package Includes:

• 1 ? ENS160 + AHT20 Air Quality, Temperature and Humidity Sensor Module