Sensor Technology Brochure
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Using the principle of voltammetry, the SA1100 Scanning Analyzer can accurately determine concentrations of lead and copper in a wide range of sample types.
Sensor technology offers significant advantages compared to alternative measurement techniques. Simple measurement techniques coupled with state-of-the-art electronic instruments ensure even the lowest concentrations can be determined with confidence. Suitable for even the most difficult samples, the sensor technique is not affected by solids or sample colour.
Fill the sample container, insert the sensor and close the lid is often all that is required.
Download data sets for traceability and data management. These instruments also feature self-diagnostic functionality and automatic selection and performance of test methods.
At the heart of Palintest Sensor Technologies are the pre-calibrated, single-use, disposable electrodes incorporating a patented micro-electrode array. Reagents are embedded in the electrode, meaning no reagent preparation steps for the operator, and ensuring precise control of the measurement process is achieved in any situation.
|Ranges||2 – 100 µg/l (Pb), 50 – 2000 µg/l (Cu)|
|Display||High clarity LCD with backlight|
|User Interface||English, French, Spanish, German and Italian language options|
|Connectivity||Waterproof USB port|
|Data Storage||500 results including date, time and sample ID|
|Size (WxLxH) and Weight||170 x 126 x 116 mm, 975 g (including batteries)|
|Power Supply||4x AA batteries|
|PT430||SA1100 Scanning Analyzer instrument for measuring concentrations of lead in water, sensor pack (PT435: comprising x10 electrodes and test consumables), Check Standard (CS640), calibration chip and instructions. |
|PT431||SA1100 Scanning Analyzer instrument for measuring concentrations of copper in water, sensor pack (PT436: comprising x10 electrodes and test consumables), Check Standard (CS640), calibration chip and instructions. |
Contamination events earlier this year in both Flint (USA) and Hong Kong shone the light back onto lead in drinking water. Discover how providers can use monitoring products to unequovically prove to consumers when the water has returned within safe limits.View