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.
Non-contact discharge measurement by means of radar technology for open rivers
The RQ-30+is a sensor for continuous discharge measurement of rivers, open channels and canals with known cross-section profile. The sensor uses innovative radar technology to measure velocity, water level and discharge. It enables reliable, non-contact measurement without the need for structural work in the water.
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.
Mobile discharge measurement system for turbulent rivers with unknown cross-section profile - salt tracer
The discharge measurement is performed by using the well-established tracer-dilution method. 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 salt (NaCl) as tracer material. After insertion of a known amount of tracer material two conductivity probes automatically determine the discharge. This way high plausibility and accurate results can be guaranteed.