Hamilton C1 C2 Medical Oxygen Sensor O2 Cells Durable For Respiratory Equipment |UCBIS

Shenzhen Pray-med Technology Co.,Ltd

Shenzhen pray-med technology co.,ltd is a professional manufacturer of medical accessories for patient monitor nearly 10 years

Biocompatiblity test,clinic test report

Hamilton C1 c2 medical oxygen sensor O2 cells for respiratory equipment

Specification:

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 25C
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 50C
Temperature Compensation:	built-in NTC compensation (see below)
Efect of Temperature	between +5 C and +25 C: 3 % relative error
Compensation (steady state):	between 0 C and +50 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 C
Recommended Storage:	+5 to +15 C
Recommended Load:	10 kOhms
Warm-Up Time:	< 30 minutes, after replacement of sensor
Weight:	approximately 28 grams
	approximately 43 grams E61912 series

Manufacturer	Model
Deversified Diagnostics	Xenematic
Hamilton Medical	Aladdin, Amadeus, Heyer Pocket O2, Veolar
Hudson RCI	5525, 5528, 5529, 5550, 5552
Taema	KV050501, Oxy 2100
Teledyne	T1, T2, TED 160, TED 190