Wireless Carbon Dioxide Sensor – MAS 6021

SKU: 80467

Wireless Carbon Dioxide Sensor – CO₂ Monitoring for Biology & Environmental Science (Code 80467)

Wireless Carbon Dioxide Sensor is a high-precision environmental science tool designed to measure and monitor carbon dioxide (CO₂) levels in air over time. It allows students to investigate how CO₂ concentrations change in different biological and environmental processes.

This sensor is ideal for studying respiration, photosynthesis, and gas exchange. It includes a Nalgene containment bottle, enabling controlled experiments with plants and small organisms in a sealed environment so that changes in CO₂ concentration can be accurately recorded.

By collecting real-time data, students can observe how biological activity directly affects atmospheric carbon dioxide levels, linking classroom science to global environmental systems such as the carbon cycle.

Note: This sensor is designed for gaseous measurements only and is not suitable for use in water.


Key Features

  • Measures carbon dioxide (CO₂) concentration in air
  • Monitors changes in CO₂ levels over time
  • Includes Nalgene bottle for controlled environment experiments
  • Suitable for studying plants and small organisms
  • Wireless operation for flexible classroom investigations
  • Supports real-time data logging and analysis
  • Designed for gas-phase measurements only (not for liquids)

Perfect for KS3, GCSE, A-Level biology, chemistry, and environmental science courses, this sensor supports hands-on investigations into gas exchange and environmental change.

  • Investigating photosynthesis and respiration
  • Exploring the carbon cycle and greenhouse gases
  • Measuring gas exchange in plants and organisms
  • Studying environmental changes in CO₂ levels
  • Developing skills in data logging and scientific analysis

Reliable, engaging, and highly relevant, the Data Harvest Wireless Carbon Dioxide Sensor helps students understand the role of CO₂ in biological systems and global environmental processes.