Contact-free water level measurement

The RL-35 is a highly accurate measuring device to measure the surface water level without direct contact to the medium.

Radar sensor for contact-free velocity measurement

The flow velocity sensor RG-30+ has been designed for contact-free, continuous measurement of the surface flow velocity of rivers and open channels by means of radar technology.

Discharge measurement for wide rivers with inhomogeneous distribution of flow velocity

With the system of one master-radar sensor and several slave-radar sensors the velocity is measured at several spots throughout the whole water cross-section. Therefore a very high accuracy of the discharge measurement is guaranteed also for very wide water bodies.

Discharge measurment for open rivers with external water level data

Innovative radar sensor for non-contact discharge measurement of rivers, open channels and canals with the possibility to use and integrate external water level data.

Mobile measuring system for non-contact discharge measurement

With the mobile measuring device RP-30 (Radar Profiler) a surface velocity profile from rivers and channels is created and together with the data of the river cross-section and water level the discharge is determined. - A very helpful measuring device especially for the use in flood conditions.

Data logger with probes for groundwater monitoring and water level measurement

Level Data Loggers are the ideal measurement devices for reliable measuring of water level and temperature, conductivity or pH-value or further parameters in groundwater, at springs or lakes. Appropriately to the measuring requirements diverse loggers and probes can be supplied.

Mobile discharge measurement system for turbulent rivers with unknown cross-section profile - fluorescence tracer

The discharge measurement is performed by using the well-established tracer-dilution method and is especially suitable for high volumes of water. The system can be deployed in turbulent rivers, creeks or waters for which data regarding the cross-section profile are not available or unknown. It is used a fluorescent material as tracer. After insertion of a known amount of tracer material two optical fluorescence probes automatically determine the discharge. This way high plausibility and accurate results can be guaranteed.