Discover CO2 Levels Anywhere with Our Wireless CO2 Sensor 0-5.000ppm

Explore CO2 levels effortlessly with the Wireless CO2 Sensor 0-5.000ppm. This sensor enables easy measurement of carbon dioxide in the air or confined spaces, making it perfect for a variety of experiments, including studies on yeast respiration, photosynthesis, and metabolic rate of insects.

Key Features of the Wireless CO2 Sensor 0-5.000ppm:

• Compact Design: The sensor boasts a compact and portable design, facilitating effortless integration into various experiment setups while ensuring ease of handling.
• Versatile Connectivity: Enjoy the convenience of wireless connectivity via Bluetooth or the option for wired connection via USB, allowing compatibility with different devices and experiment configurations.
• Wide Compatibility: Compatible with computers, Chromebooks, and mobile devices, offering flexibility in usage across different platforms and experiment environments.
• Intuitive Display: The sensor comes with a vibrant color OLED screen, providing clear visibility of battery status and real-time sensor values, enabling efficient monitoring during experiments.
• Extended Battery Life: With a large battery capacity and smart power-saving function, the sensor can operate for up to 12 hours on average before requiring recharging.

Specifications:

Resolution: 2.44 ppm The wireless CO sensor can measure carbon dioxide in the air or in confined spaces such as botanical gardens and animal kennels. In addition, it is a sensor that can measure the amount of carbon dioxide produced by respiration of small creatures such as crickets by using an experimental tool such as an Erlenmeyer flask.

Experiment List:

Yeast respiration photosynthesis

Respiratory rate as a function of temperature Metabolic rate of insects according to temperature

Changes in citric acid and sodium bicarbonate

Enhance your experiments with the Wireless CO2 Gas Sensor, offering accuracy, convenience, and flexibility. Remember to prioritize safety by following manufacturer instructions and guidelines. Ensure proper training for equipment handlers and adhere to safety protocols in all laboratory activities. Explore the potential of this sensor to enrich learning experiences while maintaining a focus on safety and effective experimentation.

Notes: For the safe and effective use of scientific equipment, please adhere to the following guidelines. Prioritize safety by referring to user manuals for proper setup and operation. Always operate equipment in accordance with the manufacturer’s specifications to ensure accurate results and prevent potential hazards. Adequate training for equipment handlers is crucial, and regular maintenance checks should be conducted as per user manual instructions. In case of any uncertainties, consult with experienced personnel or relevant authorities. Remember, safety is paramount in all laboratory activities.