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Edinburgh Sensors IRgaskiT - Infrared Gas Sensor for CO2 Measurement
The IRgaskiT® infrared gas sensor is engineered for precise measurement of carbon dioxide concentrations, ensuring speedy and reliable integration across diverse systems. Its electronics module accommodates a variety of sensors via extendable cables, catering to the flexibility modern OEM instruments demand. Notably, it features a temperature compensated bench, facilitating single-button calibration and offers optional voltage and current outputs simultaneously. The sensor's design emphasizes stability, utilizing a patented dual wavelength infrared sensing technology without moving parts, which enhances reliability and longevity. Additionally, the separation of sensor, processing, and signal conditioning electronics coupled with efficient digital communication integrates seamlessly into various systems, offering robust and enduring performance over time.
The IRgaskiT® infrared gas sensor is designed for integration into a wide range of systems where fast, accurate and reliable measurement of carbon dioxide concentrations is required. The electronics module supports a range of available sensors connected via extendable cables, providing the extra flexibility required of a modern OEM instrument.
The IRgaskiT® provides a temperature compensated bench with single button calibration and optional simultaneous voltage and current outputs. The sensor heads are based on a patented technique that provides true, dual wavelength infrared sensing with no moving parts.
- Separate sensor, processing and signal conditioning electronics.
- Easy to use digital communication.
- Dual wavelength technology.
- Long-term stability.
- System integration flexibility.
- Model : CO2
- IRgaskiT® :
- 0-5%
- 0-10%
- 0-20%
- 0-30%
- 0-50%
- 0-100%
- Accuracy : ± 5% of range
- Zero stability : ± 5% of range (over 12 months)
- Repeatability @ zero : ± 1% of range
- Repeatability @ span : ± 3% of range
- Response time : 2%, 5%, 100% LEL versions T90 = 30 seconds. 10%, 20%, 30% versions T90 = 300 seconds
- Operating temperature : 0 - 50 °C (Sensors can withstand 90 °C in standby mode)
- Operating pressure : 1013mbar (calibration) requires pressure connection and other pressures
- Power requirements : 5V DC - 7 - 13VDC depending on configuration
- Power consumption : 0.9W
- Output Signal : 0 - 2V (linear); (Optional simultaneous 4 - 20mA and digital (RS232) outputs)
- Humidity : Measurements are unaffected by 0 - 95% relative and humidity, non condensing
- Weight : 125g
- Controls : Zero and Span recalibration buttons (optional)
- Personal safety
- Research
- Incubators
- And many more