Hamilton extensively investigated the effects of the bioprocess on measurement accuracy. Analysis of sensor aging, chemical attack, and physical damage yielded the necessary understanding for development of a next generation VisiFerm which reduces the need for frequent calibration.
Get Hamilton’s whitepaper on potential sources of optical dissolved oxygen measurement error and ways to mitigate the impact.
Hamilton extensively investigated the effects of the bioprocess
on measurement accuracy. Analysis of sensor aging, chemical
attack, and physical damage yielded the necessary understanding
for development of a next generation VisiFerm which reduces
the need for frequent calibration.
| Sensor Family | VisiFerm mA |
|---|---|
| a-length | 120 mm |
| Electrical Connector | M12 |
| Measurement Principle | Oxygen dependent luminescence quenching, temperature compensation |
| Measuring Range | 4 ppb to 25 ppm (DO) 0 to 62.85 %-vol or 0 to 300 %-sat |
| Accuracy at 25 °C | 1 ± 0.05 %-vol: 21 ± 0.2 %-vol; 50 ± 0.5 %-vol |
| Drift at Room Temperature | < 1 % per week |
