Fast response - short warm-up time, display waveform within 15s.
All-solid-state design - strong and durable to cope with complex use environments.
Easy to use and maintain - no user calibration required.
Project | Parameter Description |
Items | EtCO2,RR,N2O,ISO,SEV,ENF |
CO2 Range | 0-15% |
CO2 Accuracy | ±(0.2% + 5%)@ 0-10% |
±(0.2% + 8%)@ 10-15% | |
RR Range | 3-150bpm |
RR Accuracy | ± 1bpm |
N2O Range | 0-100% |
N2O Accuracy | ± (2% + 3% of reading) |
ISO Range | 0-8% |
ISO Accuracy | ± (0.15% + 5% of reading)@0-5% |
± (0.3% + 5% of reading)@5-8% | |
SEV Range | 0-8% |
SEV Accuracy | ± (0.15% + 5% of reading)@0-5% |
± (0.3% + 5% of reading)@5-8% | |
ENF Range | 0-8% |
ENF Accuracy | ± (0.15% + 5% of reading)@0-5% |
± (0.3% + 5% of reading)@5-8% | |
Operating temperature | 0 - 40 °C |
Operating atmospheric pressure | 70 - 120 kPa |
Operating humidity | 10-95%, non-condensing |
Storage temperature | -20 - 70 °C |
Storage atmospheric pressure | 50 - 120 kPa |
Water Resistance | IPX4‒ Splash-proof (sensor head only) |
Warm up time | 15s |
Adult airway adapter | ≤ 6ml |
Infant airway adapter | ≤ 1ml |
Dimensions | 48mm * 24.3mm * 32.8mm |
Weight | 28g (not include cable) |
The respiratory gas detection module, developed based on NDIR technology, can measure CO2, N2O, and anesthetic gases. It has high integration, small size, and is sturdy and durable. The module uses a standard RS232 communication interface, which can be quickly integrated into monitors or other medical systems that need to monitor respiratory gases.
We follow what is clear, excel in our work, adhere to our path, and devote ourselves to our cause.
2 Area, 5th Floor, No.10 Standard Workshop, Yanghe Road, Economic-Technological Development Area, Qinhuangdao City, Hebi Province, China.