Evolution NDIR Co2 Sensor

The Evolution NDIR CO2 Sensor is a high-precision device that measures carbon dioxide levels using Non-Dispersive Infrared (NDIR) technology. It's designed for accurate and reliable CO2 monitoring in various environments, including greenhouses, indoor grow rooms, and industrial settings. This sensor provides real-time data on CO2 concentrations, helping maintain optimal atmospheric conditions for plant growth or air quality control.

The Evolution NDIR CO2 Sensor boasts high accuracy, typically within ±50 ppm + 3% of the reading. This level of precision is crucial for maintaining exact CO2 levels in controlled environments. The sensor's NDIR technology ensures stable and drift-free measurements over time, making it reliable for long-term monitoring. Regular calibration can help maintain this high level of accuracy throughout the sensor's lifespan.

The average life expectancy of an Evolution NDIR CO2 Sensor is around 10-15 years when properly maintained. This long lifespan is due to the robust NDIR technology, which doesn't degrade like electrochemical sensors. Factors affecting longevity include environmental conditions, frequency of use, and maintenance practices. Regular cleaning and calibration can help extend the sensor's useful life and maintain its accuracy over time.

An NDIR CO2 sensor works by emitting infrared light through a sample of air. CO2 molecules absorb specific wavelengths of this light. The sensor measures the amount of light that reaches the detector – less light indicates higher CO2 concentration. This method is highly selective for CO2, providing accurate readings even in the presence of other gases. The Evolution sensor uses this principle to deliver precise CO2 measurements in real-time.

Yes, the Evolution NDIR CO2 Sensor is designed to function accurately in high humidity environments. Its NDIR technology is less susceptible to humidity interference compared to other sensor types. However, extreme condensation should be avoided as it can affect readings. For best results in high humidity settings, ensure proper ventilation around the sensor and consider using a protective enclosure if needed.

NDIR sensors, like the Evolution CO2 Sensor, use infrared light absorption for CO2 detection, while electrochemical sensors use chemical reactions. NDIR sensors offer several advantages: longer lifespan, higher accuracy, better stability, and less susceptibility to interference from other gases. They're also more suitable for continuous monitoring. While typically more expensive initially, NDIR sensors often prove more cost-effective in the long run due to their durability and reliability.

The Evolution NDIR CO2 Sensor usually measures a range from 0 to 10,000 ppm (parts per million), which covers most applications from ambient air monitoring to enriched CO2 environments. This wide range makes it suitable for various settings, from office air quality monitoring to intensive horticulture where high CO2 levels are maintained.