Definitive solutions for verifying and maintaining oxygen, carbon dioxide, and nitrogen analysers.
Trace Verifiers solve the problem of how to quickly and accurately test a dissolved gas analyser. They produce a continuous stream of water containing precise amounts of dissolved gas.
They can be installed in the laboratory for rigorous benchmarking or on packaging lines for rapid spot-checks. Simply connect your analyser to the verifier to see if it is working properly.
| Dimensions | 34cm x 56cm x 17cm |
| Input Pressure | 1.0 bar to 5.0 bar |
| Temperature Range | 0°C to 30°C |
| Response Time | Instantaneous (continuous flow) |
| Power Requirement | 110-240v |
* Specifications subject to change. Contact us for the latest data sheets.
Dissolved oxygen (DO₂) analysers rely on accurate, repeatable calibration to deliver trustworthy readings, but that accuracy is only as good as the water used to condition and clean the sensor.
Standard mains or lab water typically contains residual chlorine and dissolved oxygen, both of which can interfere with sensor performance, skew calibration results, and shorten the working life of delicate membrane and electrode components. Trace Rinse addresses this directly by producing clean rinse water specifically suited to DGA analyser maintenance, giving customers a reliable, ready-to-use medium. Trace Rinse is available in two versions. The nitrogen-fed version requires only water and nitrogen feeds, with no power needed, and produces water stripped of both chlorine and oxygen. The electric version requires only a water supply and mains power, with no nitrogen needed, and removes chlorine but not dissolved oxygen, making it a simpler option for sites where a nitrogen feed isn’t available.
Enquire about Trace Rinse| Dimensions | 30cm x 26cm x 17cm |
| Input Pressure | 1.0 bar to 5.0 bar |
| Temperature Range | 0°C to 30°C |
| Response Time | Instantaneous (continuous flow) |
| Power Requirement | None/110v-230v |
* Specifications subject to change. Contact us for the latest data sheets.
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