The ExplorIR®-M-5 (formerly known as MinIR-GC-0024) is a miniature CO2 sensor, capable of measuring up to 5% concentration. Its compact and robust design enables easy integration into gas monitoring and detection systems. ExplorIR®-M is specifically designed for applications that require the sensor to operate reliably in extreme environmental conditions, especially where the pressure, temperature or vibration regime is particularly harsh. This makes it the ideal for applications from aerospace to food storage during transportation. The sensor is designed to take 2 readings per second, making it ideal for applications where gas concentrations are rapidly changing. The ExplorIR®-M uses patented solid-state optical technology, which enables the sensor to provide high accuracy CO2 measurement capability over an extended lifetime. Features Measures up to 5% CO2 Low power CO2 sensor Solid-state LED optical technology Vibration and shock resistant UART interface Built-in auto-zero function Models EXPLORIR-M-5: ExplorIR®-M-5 Sensor – (EXPLORIR-M-5) for integration into high-volume OEM products. CM-40330: ExplorIR®-M 5% CO2 Sensor w/ MX Board - Easy to Use, Includes the 5% CO2 Sensor and MXBoard for Relative Humidity and Pressure. CM-40331: ExplorIR®-M 5% CO2 Sensor Development Kit - Easy to use, simply plug the sensor module into your PC via USB. Use our free GasLab® software to measure and graph carbon dioxide in real time or for data logging. Use a tube cap adapter to create a sampling sensor. CM-200: Sensor Development Kit - Easy to use, simply plug the sensor into the PCB and plug it into your PC via USB. Use our free GasLab® software to measure and graph carbon dioxide or use our library of source code on Github to build your own application or for OEM batch testing/configuration. Order sensors on this page, then order the Devkit here. We recommend that all first-time users purchase either the CM-40331 or CM-200 Development Kit for fastest and easiest results. Specifications CO2 Sensing Method: Non-dispersive infrared (NDIR) absorption Sample Method: Solid-state LED NDIR Diffusion Measurement Range: 0-5% Accuracy: ±70 ppm +/- 5% of reading @ STP Time to 1st Reading:
