Multiparameter measurement system | available now

Continuous, modular & compliant with standards | Hidroline
The DOSASys Hidroline is an intelligent measurement system designed to precisely monitor key water quality parameters in the drinking water distribution network.
Thanks to inline or bypass measurement, the analysis is carried out hygienically safely and without any loss of water.
It enables the continuous monitoring of the following parameters:
Free chlorine, pH, conductivity and turbidity
Are you looking for a monitoring system to monitor water quality? Please get in touch with us.
Accurate and continuous water quality monitoring | Hidroline
Hidroline enables reliable real-time monitoring of key water quality parameters and provides immediate alerts in the event of deviations. This allows operators to respond at an early stage, before critical thresholds are reached.
Thanks to state-of-the-art sensor technology and digital communication, the system offers high measurement accuracy, advanced diagnostic capabilities and secure integration into existing infrastructures.
Integrated data acquisition and cloud connectivity also ensure maximum transparency and control – even in decentralised applications.
- Automatic measurement data logging
- Cloud connectivity via the Zeus platform
- Remote monitoring and system control
- SMS alert notifications
- Autonomous battery operation (LiFePO₄)
Questions | and answers
The system enables continuous monitoring of the following parameters: free chlorine, pH, turbidity and conductivity.
The measurement is carried out inline or in a closed bypass. This ensures that no water is lost and hygiene standards are maintained.
The scope of delivery includes:
- pre-assembled measurement system
- sensors for free chlorine, pH and turbidity
- Nemos data logger
- rechargeable batteries including charger
The system offers configurable alarm functions for monitoring setpoints, sensors, dry running and battery voltage. In the event of deviations, alarm messages are triggered automatically to ensure rapid intervention and safe system operation.


