nanoFlu
Miniature fluorometer nanoFlu fluorometers are low-priced, submersible miniaturized fluorometers for highly precise and selective measurement of CDOM (colored dissolved organic matter, yellow substances), chlorophyll a or phycocyanin in cyanobacteria. Long-term… Read more
| Measurement technology |
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| Measurement principle | Fluorescence | ||
| Parameter |
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| Measuring range |
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| Measurement accuracy | ±5 % | ||
| Turbidity compensation | No | ||
| Data logger | No | ||
| T100 response time | 6 s | ||
| Measurement interval | 3 s | ||
| Housing material | Stainless steel (1.4571/1.4404) or titanium (3.7035) | ||
| Dimensions (L x Ø) | 171 mm x 36 mm | ~ 6.1˝ x 1.4˝ | |
| Weight |
stainless steel: 0.5 kg titanium: 0.4 kg |
~ 1.1 lbs ~ 0.9 lbs |
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| Interface |
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| Power consumption | typical < 1 W | ||
| Power supply | 12...24 VDC (± 10 %) | ||
| Maintenance effort | ≤ 0.5 h/month (typical) | ||
| Calibration/maintenance interval | 24 months | ||
| System compatibility | Modbus RTU | ||
| Warranty |
1 year (EU: 2 years) |
US: 2 years | |
| Installation |
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| Max. pressure |
with Subconn 30 bar with fixed cable 3 bar in FlowCell 1 bar, 2...4 L/min |
~ 435 psig ~ 43.5 psig ~ 14.5 psig, 0.5 to 1 gpm |
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| Protection type |
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| Sample temperature |
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| Ambient temperature |
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| Storage temperature |
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| Inflow velocity |
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Miniature fluorometer
nanoFlu fluorometers are low-priced, submersible miniaturized fluorometers for highly precise and selective measurement of CDOM (colored dissolved organic matter, yellow substances), chlorophyll a or phycocyanin in cyanobacteria. Long-term stability of measurements is ensured by the combination of low power consumption and innovative coating of the optical window, as an energy efficient and environmentally friendly anti-fouling solution. The devices can be used in diverse applications for the monitoring of sea and river waters, as well as in drinking- and wastewater treatment systems. Internal reference signals of the high performance LEDs used for fluorescence excitation compensate aging effects and temperature influences.
- High sensitivity
- Nano coating
- Fast data acquisition
- Electronic light compensation
- Compact size
- Low power consumption
- Low costs
Surface waters
Bathing lakes
Drinking water production and treatment
Raw water treatment
Environmental monitoring
