- Measuring Principle: Ion-selective electrode (ISE) for fluoride ions
- Parameters: Fluoride (F) concentration and temperature
- Range: 0.1–1000 PPM; optimal ~1 PPM for drinking water
- Compensation: Automatic temperature correction; optional pH/potassium via s::can controller
- Installation: In-situ or flow-cell measurement
- Maintenance: Low maintenance; automatic air cleaning; non-leaking reference electrode for stability
- Connectivity: Requires s::can controller (e.g., con::cube) for operation, display, and network integration
Fluor::lyser
The fluor::lyser is an ion-selective measuring device designed for the continuous monitoring of the concentration of fluor (F) dissolved in water. Also, the instrument continuously measures the temperature of the medium and corrects the measured concentration accordingly. For proper usage, the probe has to be connected to a s::can controller, i.e. a con::cube.
fluor::lyser monitors fluoride and temperature
- s::can plug & measure
- Measuring principle: ISE (ionenselektive elektrodes)
- No cross sensitivities in typical drinking water applications
- Multiparameter probe
- Long-term stable, factory precalibrated
- Automatic cleaning with compressed air
- Easy and quick mounting and measurement directly in the media (InSitu) or in a flow cell (monitoring station)
- Operation via s::can terminals & s::can software
- Ideal for drinking water
- Minimal maintenance
- Drinking Water Treatment: Ensure fluoride levels meet regulatory standards.
- Wastewater: Monitor industrial effluent for fluoride before discharge.
- Industrial Processes: Control fluoride in chemical, pharmaceutical, and other industries.
- Environmental Monitoring: Track natural and industrial fluoride in water bodies.
- Network Management: Combine with flow/pressure data to detect leaks or contamination.
