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LuminOx Trace.

System within a sensor™

5 year lifetime

5 year lifetime

T90 of 30 seconds

T90 of 30 seconds

24µbar accuracy

24µbar accuracy

Onboard calibration

Onboard calibration

User adjustable filter

User adjustable filter

LuminOx Trace.

System within a sensor™

5 year lifetime

5 year lifetime

24µbar accuracy

24µbar accuracy

T90 of 30 seconds

T90 of 30 seconds

Onboard calibration

Onboard calibration

User adjustable filter

User adjustable filter

0 – 1000 PPM O2 MEASUREMENT

Measures the partial pressure of oxygen. Integrated pressure & temperature compensation provides O₂ resolution to 1ppm.

SYSTEM WITHIN A SENSOR™

UART output provides multiple parameters: ppm O₂, ppO₂, temperature, barometric pressure, sensor status & calibration function.

LUMINESCENCE-BASED OPTICAL TECHNOLOGY

Non-depleting solid state technology.
Contains no electrolytes.

LuminOx Trace

CONTAINS NO HAZARDOUS MATERIALS

RoHS and REACH compliant. offering low power operation, and long life due to the patented non-depleting technology. 

HIGHLY SELECTIVE TO OXYGEN

Not effected by other gases in the environment.
.

FLOW-THROUGH TRANSMITTER HOUSING

Alows for a clean gas sample stream to be drawn into the sensor, allowing the device to be completely removed from the process environment.

LuminOx Trace

0 – 1000 PPM O2 MEASUREMENT

Measures the partial pressure of oxygen. Integrated pressure & temperature compensation provides O₂ resolution to 1ppm.

CONTAINS NO HAZARDOUS MATERIALS

RoHS and REACH compliant. offering low power operation, and long life due to the patented non-depleting technology. 

SYSTEM WITHIN A SENSOR™

UART output provides multiple parameters: ppm O₂, ppO₂, temperature, barometric pressure, error status & calibration function.

HIGHLY SELECTIVE TO OXYGEN

Not effected by other gases in the environment.

LUMINESCENCE-BASED OPTICAL TECHNOLOGY

Non-depleting solid state technology. RoHS & REACH compliant.
Contains no electrolytes.

FLOW-THROUGH TRANSMITTER HOUSING

Alows for a clean gas sample stream to be drawn into the sensor, allowing the device to be completely removed from the process environment.

Where can you find the LuminOx Trace Oxygen Sensor?

3D Printing

3D Printing

Industrial Procceses

Industrial Procceses

Inert Environments

Inert Environments

Gloveboxes

Gloveboxes

Hypoxic Incubators

Hypoxic Incubators

Gas Generation

Gas Generation

Trace or ppm oxygen analysis within the Additive Manufacturing (AM) process enhances quality control and ensures safety. Any oxidisation within the AM process can lead to build failures or components ultimately failing to meet industry standards.

Ultra-High-Purity (UHP) Gas generation is required for many applications, not least the medical and semi-conductor industries. The quality of the gases generated is paramount. Being able to detect trace O2 contamination is key to maintaining purity.

Gloveboxes are sealed enclosures to isolate and handle reactive and/or hazardous materials. It’s imperative to monitor the hermetic integrity of the glovebox to prevent oxygen contamination. This can be achieved by measuring trace or ppm O2 inside.

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Why work with SST Sensing?

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Our Engineers have over 60 years combined experience in the sensor industry. To ask a question or get a quote, please contact us

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