Medical equipment Mainstream Nihon Kohden EtCO2 Sensor
   
  product description
   	 		 			|  			 Item  			 |  			 			 Value  			 |  		
 		 			|  			 Vailable Brand  			 |  			 			 Nihon Kohden  			 |  		
 		 			|  			 MOQ  			 |  			 			 1PCS  			 |  		
 		 			|  			 Color  			 |  			 			 Grey  			 |  		
 		 			|  			 Sample  			 |  			 			 Provide sample  			 |  		
 		 			|  			 Service  			 |  			 			 ODM/OEM  			 |  		
 	 
   
  
  
  Specification
   	 		 			|  			 Sample Flow Rate  			 |  			 			 Range:50-150 ml/min; Accuracy:±20% ; Default: 75 ml/min  			 |  		
 		 			|  			 Principle of Operation  			 |  			 			 Non-dispersive infrared, dual wavelength, no moving parts  			 |  		
 		 			|  			 Initialization Time  			 |  			 			 Capnogram displayed in less than 4 seconds, at an ambient temperature of 25℃, full specifications within 2 mintues  			 |  		
 		 			|  			 CO2 measurement Range  			 |  			 			 0-114 mmHg ; 0-15% ; 0-15.2 kPa  			 |  		
 		 			|  			 CO2 Response Time  			 |  			 			 Includes Transport time and rise time.Less than 2 seconds, at 150 ml/min sampling flow  			Less than 3 seconds, at 100 ml/min sampling flow  			Less than 4 seconds, at 50 ml/min sampling flow  			 |  		
 		 			|  			 CO2 Resolution  			 |  			 			 0.2 mmHg @ 0-59 mmHg ; 0.5mmHg @60-114 mmHg  			 |  		
 		 			|  			 CO2 Accuracy  			 |  			 			 0-40 mmHg ± 2 mmHg41-70 mmHg ± 5% of reading  			71-100 mmHg ± 8% of reading  			101-114 mmHg ±10% of reading  			Above 80 reaths per mintue ±12% of reading  			* Note:Gas temperature at 25℃  			 |  		
 		 			|  			 CO2 Stability  			 |  			 			 Short Term Drift : Drift over three hours shall not exceed 1 mmHg maximumLong term Drift : Accuracy specification will be  			maintained over a six hour period  			 |  		
 		 			|  			 CO2 Noise  			 |  			 			 RMS noise of the sensor shall be less than or equal to 0.5 mmHg at 5% CO2  			 |  		
 		 			|  			 Sampling Rate  			 |  			 			 100Hz  			 |  		
 		 			|  			 Respiration Rate Range  			 |  			 			 2 to 150 breaths per minute  			 |  		
 		 			|  			 Respiration Rate Accuracy  			 |  			 			 ± 1 breath  			 |  		
 		 			|  			 Calibration  			 |  			 			 No Routine user calibration required  			 |  		
 		 			|  			 EtCO2 Calcuation  			 |  			 			 Method: peak of the expired CO2 waveform  			 |  		
 		 			|  			 Inspired CO2 Measurement  			 |  			 			 Method: Lowest reading of the CO2 waveform in the previous 20 seconds  			 |  		
 		 			|  			 Temperature  			 |  			 			 Operation : 0 to 40℃ ; Storage :-40 to 70℃ ; Transport :-40 to 70℃  			 |  		
 		 			|  			 Humidity  			 |  			 			 Operation :10 to 90 % RH, Non-condensing ; Storage :10 to 90 % RH, Non-condensing.  			Transport: 10 to 90 % RH, Non-condensing.  			 |  		
 		 			|  			 Atmospheric Perssure  			 |  			 			 Operating :400-800 mmHg ; Storage :400-800 mmHg ; Transport :400-800 mmHg  			 |  		
 		 			|  			 Water Resisitance  			 |  			 			 IPX4-Splash-Proof- sensor only  			 |  		
 		 			|  			 Voltage Requirements  			 |  			 			 5 VDC ±5% ; Ripple not to exceed 100.0mV  			 |  		
 		 			|  			 Power Raing  			 |  			 			 < 1.2W Typical; < 2.0 W Warm-up  			 |  		
 		 			|  			 Sensor Weight  			 |  			 			 < 250 g  			 |  		
 		 			|  			 Sensor Size  			 |  			 			 Deep*Wide*High 102*62*38mm  			 |  		
 		 			|  			 Cable Length  			 |  			 			 75cm  			 |  		
 	 
   
   
  Characteristics:
  
  Long-term stability, non-dispersive infrared technology with two wavebands
 Long service life, infrared black body light source with MEMS
 Accurate Results, with built-in temperature, atmospheric pressure, compensation algorithm for the balance gas
 Calibration-free, patented calibration algorithm without the need for calibration
 Low sampling flow rate, the minimum sampling flow rate 50ml/min
 Easy to operate, plug-in measure
 Low cost in usage and storage
 Specification
 Respiration rate range: 2~150 breath/minute
 Electric power supply: DC 5V
 Power Consumption: 1.2W
 Usage Environment: 0~40ºC, 10~90% RH, without condensation
 Storage Environment: -40~70ºC, <90% RH, without condensation