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Oxygen sensor for IT Gambert M25

Oxygen Fuel Cell for IT Gambert

Sensor Specifications & Compatibility
Catalog Number	E61906
Output Signal in Air	9mV 13mV temperature compensated
Response Time T 90%	< 5 seconds
Nominal Sensor Lifetime	500 000 % volume Oxygen hours
Electrical Interface	Switchcraft Mini Power Jack
Compatibility:	IT-Gambert M25

Medical Oxygen Sensors (Fuel Cells) general specifications:
Measurement Range:	0-100 % oxygen
Accuracy and Repeatability:	< 1 % vol. O₂when calibrated at 100 % O₂
Zero Ofset:	< 0.5 % vol. O₂in 100% N₂, applied 5 minutes
Linearity Error:	< 3 % relative
Cross Interference:	< 0.5 % vol. O₂response to:
	10 % CO₂balance N₂
	80% N₂O balance N₂
	7.5% Halothane balance N₂
	7.5 % Isofurane balance N₂
	7.5 % Enfurane balance N₂
	9% Sevofurane balance N₂
	20% Desfurane balance N₂
Infuence of Humidity:	- 0.03 % rel. per % RH at 25ÃƒÃ‚Â°C
Infuence of Pressure:	proportional to change in oxygen partial
	pressure
Infuence of Mechanical Shock:	< 1% relative after a fall from 1m
Operating Temperature:	0 to 50ÃƒÃ‚Â°C
Temperature Compensation:	built-in NTC compensation (see below)
Efect of Temperature	between +5 ÃƒÃ‚Â°C and +25 ÃƒÃ‚Â°C: 3 % relative error
Compensation (steady state):	between 0 ÃƒÃ‚Â°C and +50 ÃƒÃ‚Â°C: 8 % relative error
Operating Humidity:	0-99 % RH non-condensing
Long Term Output Drift:	< 1 % vol oxygen per month
	typically < - 15 % relative over lifetime
Storage Temperature:	-20 to +50 ÃƒÃ‚Â°C
Recommended Storage:	+5 to +15 ÃƒÃ‚Â°C
Recommended Load:	10 kOhms
Warm-Up Time:	< 30 minutes, after replacement of sensor
Weight:	approximately 28 grams
	approximately 43 grams E61912 series
Designed and manufactured according to EN ISO 9001 : 2000 and EN13485 : 2003
specifications are applicable at standard conditions: 1013 hPa, 25ÃƒÃ‚Â°C dry ambient air