Honeywell Oxygen Sensor (O2 Sensor) GMS10-WH
Honeywell Oxygen Sensor (O2 Sensor)

Honeywell Oxygen Sensor (O2 Sensor) - GMS10-WH

High Precision Measurement
Low Power Consumption
No Reference Gas Required
Linear Output Signal

Product Model: GMS10-WH

Product Introduction

Honeywell Oxygen Sensor (O2 Sensor)- GMS10-WH

• High precision measurement

• Low power consumption

• No reference gas required

• Linear output signal

• No temperature stabilization required

• Functional testing and calibration in ambient air

• Long lifespan


I.Honeywell Oxygen Sensor (O2 Sensor)- GMS10-WHProduct Overview:

The oxygen sensor uses two zirconia discs with a sealed space in between. One disc functions as a reversible oxygen pump, sequentially filling the sample gas and evacuating this small space. The other disc measures the oxygen partial pressure difference ratio, generating a corresponding sensing voltage. When the zirconia disc operates as an oxygen pump, the required 700°C temperature is generated by a heating element. The time taken for the oxygen pump to reach the rated minimum and maximum pressures within the small space corresponds to the oxygen partial pressure in the environment.


II.Honeywell Oxygen Sensor (O2 Sensor)- GMS10-WHProduct Features:

1) Non-consumable zirconia sensing element

2) Response time T90 < 4S

3) High stability and accuracy, can measure 0.1...100% oxygen

4) No cross-interference from other gases

5) Lifespan up to 5 years

6) Probe length 80mm

7) Heater voltage: 4.35VDC ± 0.1VDC (1.85A)
8) Allowable gas temperature: -100...250°C


III.Honeywell Oxygen Sensor (O2 Sensor)- GMS10-WHTypical Applications:

Automotive exhaust gas analyzers

Motor vehicle exhaust analysis

Heating boiler control

Medical oxygen supply equipment

Industrial flue ducts

Burner oxygen content detection

Oxygen concentrators

Submarine oxygen compartments

Oxygen bars

Ship compartments

Oxygen measurement in controlled atmosphere storage

Residual oxygen detection in fermentation industry

Oxygen testing in biotechnology and medical systems