Oxygen Sensor Oxy-550-XL Replaces: Teledyne B2c-XL, Xlt-12-333, Ox-2

Product Details
Type: Electrochemical Gas Sensor
Conductivity Type: Electrochemical Oxygen Sensor
Sensitivity: High
Gold Member Since 2009

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Type of Ownership
Limited Company
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Basic Info.

Certification
CE
Replaces
Teledyne B2c-XL,Xlt-12-333,Ox-2
Transport Package
China
Trademark
Chang Ai
Origin
China
HS Code
90271000

Product Description


OxyTrace Oxy-550-XL
Electrochemical Galvanic Trace O2 Sensor for PPM Oxygen Measurement (zero CO2 cross sensitivity)
OXY-550-XL PPM O2 sensor replaces Teledyne B-2CXL PPM oxygen sensor. Extremely smooth surface of sensing cathode produces excellent signal stability and signal to noise ration. OXY-550-XL PPM O2 sensor exhibits quick recovery from air to low PPM level, zero offset under 0.2 PPM in zero grade nitrogen. Proprietary electrolyte formulation enhances sensor performance at extreme ends of recommended operating temperature range. Coiled shape anode eliminates the possibility of air bubble entrapment in typical crushed Pb granules anode thus resulting spike free oxygen signal. Sensor is designed, developed and manufactured in the China.
Tags: B-2CXLB2CClass B-2CXLPPM O2 SensorTeledyne B2C,XLT-12-333,OX-2
 

0-10,000 ppm range

Signal output(10,000ppm)460μA±120μA ambient air

Electrical connections-2ring PCB

Key features

Measuring range 0-10,000 ppm O2
Signal output (10,000ppm)-460μA±120μA ambient air
Response time (T90) - 3 seconds
Operating temperature - 0-50°C
Operating pressure range - 0.5-2bar absolute
Expected service life - 24 months
Electrical connections - 2 ring PCB
Flow rate 0-2.5 LPM
ChangAi Model Oxy-550 PPM O2 Sensor Replaces
Teledyne Class B-2CXL
Off-set under 0.2PPM in zero nitrogen Guarneted
 
Oxygen Sensor Oxy-550-XL Replaces: Teledyne B2c-XL, Xlt-12-333, Ox-2

 

Overview

This sensor is specifically designed for oxygen measurement in CO2 background gases.
This innovative sensor design carries over many of the features of the traditional galvanic oxygen sensor but has a much higher sensitivity, stability, and signal-to-noise ratio with a 24-month operating life that offers an effective sensing solution for measuring low levels of PPM oxygen.

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