
condu::lyser
The condu::lyser is a maintenance-free and long-term stable probe for online measurement of conductivity, automatically compensated with temperature. It can be mounted directly in the media or in a flow cell providing high precision by either conductive or inductive measurement. Thanks to the high measurement range it is ideal for all varieties of water.
condu::lyser measures conductivity, temperature, and salinity.
- s::can plug & measure
- Measurement principle condu::lyser: 4 electrode contacting measurement
- Multiparameter sensor
- Ideal for surface water, groundwater, drinking water, and wastewater
- condu::lyser monitors conductivity, temperature, and salinity
- Long term stable and maintenance-free in operation
- High temperature, pressure, and measuring range
- Factory precalibrated
- Mounting and measurement directly in the media (InSitu) or in a flow cell
- Operation via s::can terminals & s::can software
- 2 versions are available:
sensor with plug connector for use in stations
sensor with fixed cable for submersion - optional: automatic cleaning with compressed air
- Wastewater & Collection Systems: Monitor influent/effluent, detect pollution early, control odors, manage chemical dosing.
- Drinking Water: Ensure quality, assess source water, monitor treatment, detect intrusions.
- Industrial Processes: Maintain water purity (e.g., RO/deionizers), optimize processes, monitor effluent.
- Environmental Monitoring: Real-time surface/groundwater quality insights, identify pollution sources.
- Measuring Principle: 4-electrode, contacting (conductive/inductive)
- Parameters: Conductivity, Temperature, Salinity, TDS
- Temperature Compensation: Automatic
- Range: Up to 500,000 µS/cm or 0–42 PSU (salinity)
- Accuracy: ±1% of reading (standard solution)
- Stability: Long-term, maintenance-free
- Installation: Plug & Measure; direct media or flow-cell mounting
- Operation: Factory pre-calibrated; works via s::can terminals/software (con::cube)
- Applications: Drinking water, wastewater, industrial process monitoring



