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Medical Electrochemical Galvanic Fuel Cell Percent Oxygen Sensor - OKS-1

? ?Measures Oxygen From 0 to 100%
? ?Electrochemical Fuel Cell Sensor Technology
? ?Self Containted, No Need To Add Electrolyte
? ?Excellent Stability, Performance & Linearity
? ?Competitive Field Replacement

Model Number: OKS-1
Data Sheet:

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Product Specification

1.OKS-1 Electrochemical Oxygen Sensor Descriprion:

? Measures Oxygen From 0 to 100%

? Electrochemical Fuel Cell Sensor Technology

? Self Containted, No Need To Add Electrolyte

? Excellent Stability, Performance & Linearity

? Competitive Field Replacement

2.OKS-1 Electrochemical Oxygen Sensor Specifications:

Sensor Technology	Electrochemical
Signal Output¹	9 - 13 mV
Measuring Range	0 - 100 Percent
Response Time T90	13 Seconds
Accuracy Full Scale²	± 1% of Signal
Repeatability F.S.	± 0.5%
Temperature	Compensated
Operating Temp	0 to 45 ℃
Storage Temp	0 to 45 ℃
Cross Sensitivity	Meets EN12598
Recommended Flow	0.4 - 20 SCFH
Housing Material	White ABS
Humidity	0 - 100% RH(Non - Condensing)
Expected Life³	< 60 Months
Storage	12 Months
Warranty⁴	12 Months

1. Signal Output is measured in air at 25 o C, Sea Level.

2. Full Scale Accuacy is calculated with constant pressure, temperature and proper calibration (80% O2 Value on

Full Scale Range). Drastic Temperature change can result in a maximum error of ± 10%.

3. Expected life is calculated when O2 < 20.9% @ 25 o C, Sea Level.

4. Oksidyne Healthcare Ltd. Warrants the sensors for the period noted above to be free from defects in materials

and workmanship. Oksidyne will not be held liable for sensors damaged due to customer neglect.

4. Oksidyne Healthcare Ltd. sensors are tested and validated to BSI Standard BS EN 50104:2010

3.OKS-1 Electrochemical Oxygen Sensor Electrical & Gas Connection:

? M16 x 1.0mm Thread w/ O’ring

? 3-Pin Molex Header (MOLEX 22-29-2031)

4.OKS-1 Electrochemical Oxygen Sensor Electrical & Gas Intended Use:

These oxygen sensors are designed to be used to monitor the partial pressure of oxygen in anaesthesia, critical care, incubators and general oxygen monitors.

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