Patented handheld device measuring UV absorbance of TolyTriazole (TTA) at 0-10ppm, no reagents or cuvettes required.
The Pyxis SP-395T is a patented handheld fluorometer that uses UV light absorbance to detect TolyTriazole (TTA) content in water, delivering instantaneous, reliable results without acidifying the sample. Because the technology is not wet chemistry, users should establish correlation to wet chemistry values and account for background interference. The device is not suited to waters containing nitrite treatment, which causes a false high reading.
The Pyxis SP-395T is a patented handheld fluorometer that uses UV light absorbance to detect TolyTriazole (TTA) content in water, a common corrosion inhibitor in cooling and process water treatment. It delivers instantaneous, reliable results without requiring sample acidification, simplifying field testing compared to traditional wet chemistry methods.
Because the underlying technology is not wet chemistry, value variations can occur depending on sample water quality; users should establish the correlation to exact wet chemistry values and account for background interference. The device automatically compensates for colour and turbidity, and does not work correctly in waters containing nitrite treatment, as nitrite absorbs UV light and causes a false high value.
With no sample cuvette required and a large colour graphic screen visible in direct sunlight, the SP-395T gives cooling water treatment programs a quick way to verify TTA residuals across a 0.1-10.0ppm range with ±0.1ppm accuracy.
Instant UV absorbance detection of TolyTriazole means field technicians get results without acidifying samples or waiting on wet chemistry.
Automatic colour and turbidity compensation, along with a sunlight-readable screen, keep the SP-395T practical for outdoor and plant-floor use.
It measures TolyTriazole (TTA) content in water using UV light absorbance, over a range of 0.1-10.0ppm with ±0.1ppm accuracy.
No, sample acidification is not required, which simplifies testing compared to wet chemistry methods.
It automatically compensates for colour and turbidity interference.
Yes. The SP-395T is not suited to waters containing nitrite treatment, since nitrite absorbs UV light and causes a false high reading; users should also correlate readings to wet chemistry values given the technology is not wet chemistry.
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