MH-Z16 Infrared CO2 Sensor Module: NDIR Carbon Dioxide Detector for Air Quality Monitoring

Introducing the MH-Z16 CO2 Sensor, a high-performance infrared carbon dioxide sensor module that utilizes cutting-edge non-dispersive infrared (NDIR) technology. This sensor is renowned for its high accuracy, swift response time, and built-in temperature compensation, making it an excellent choice for reliable indoor CO2 monitoring.
With its compact design and digital UART output, the MH-Z16 seamlessly integrates into a wide range of systems. It's perfect for everything from smart HVAC configurations to agricultural automation and safety monitoring solutions.

Key Features of the MH-Z16 CO2 Sensor Module

• NDIR Technology: Ensures precise and selective CO2 measurement.
• Built-in Temperature Sensor: Facilitates automatic temperature compensation for consistent readings.
• Digital Output: Features a UART interface for effortless integration.
• Low Power Consumption: Operates efficiently with a maximum current of 100mA.
• Fast Response: Reacts in under 90 seconds, making it suitable for dynamic environments.

Typical Applications for the MH-Z16 CO2 Sensor Module

• Smart HVAC systems and indoor air quality monitoring.
• Industrial process control and gas detection.
• Smart agriculture and greenhouse automation.
• Livestock and poultry farming air management.
• Educational projects and environmental studies.

Technical Specifications of the MH-Z16 CO2 Sensor Module

• Measurement Range: 0 – 2000 ppm
• Resolution: 1 ppm
• Response Time: < 90 seconds (T90)
• Preheat Time: Approximately 3 minutes
• Operating Voltage: 4.5V – 6V DC
• Maximum Current: 100mA
• Output Interface: UART (digital serial)

What's Included in the Package?

• 1 × MH-Z16 CO2 Sensor Module

Whether you're designing smart environments or automation systems, the MH-Z16 provides a reliable solution for CO2 detection in both consumer and industrial applications. Its blend of advanced features and ease of use makes it an ideal choice for electronics engineers and hobbyists alike.