The system consists of one or more intelligent sensors and a controller, depending on the application, which are connected via bus cables. In particular, the combination of up to four sensors with only one controller at almost any distance between individual measuring points results in comparatively low investment costs.
The sensor is installed either directly in the bath or in the pipeline from DN 6. For process automation, the online bath monitor can be integrated into the process control system.
Areas of application in parts cleaning and surface treatment
- Cleaning processes
- Coating processes
- Hardening processes
- Etching and pickling processes
Advantages of LiquiSonic®
- widest sensor spectrum from the standard product with an attractive price-performance ratio to the sensor with a customized process connection, corrosion-resistant material, and variable installation dimensions
- direct and highly precise temperature measurement and dynamic compensation
- integrated flow detection (Flow/Stop)
- real-time monitoring with integrated damping measurement and SonicGraph®
- independent product data set creation and upload by the user possible
- highest robustness and connection of up to four sensors to one controller
Benefits for the user
- Online concentration monitoring for requirement-based bath preparation and continuous bath care
- automatic and product-optimal replenishment by transferring the measurement values to the control system
- efficient control of bath changes through continuous measurement of bath contamination levels
- Quality assurance through stable concentration level
- Cost savings through reduction of resource consumption and time expenditure
- complete documentation of process parameters for traceability and audits
Do you have questions?
The LiquiSonic® Online bath monitor is an inline analysis system based on the latest technologies. Through precise and temperature-compensated measurement of the absolute sound velocity directly in the bath or in the pipeline, the concentration and contamination level in industrial baths can be determined continuously and in real time.
