-
Radar Water Level & Velocity Station/non-contact radar velocity sensor, radar level and flow velocity station, IoT radar water level velocity measurement, solar powered radar water level velocity station
Frankstar Radar Level Velocity Station adopts non-contact radar measurement technology to achieve high-precision, all-weather and automatic water level data collection for rivers, channels and other water bodies. It effectively overcomes the drawbacks of traditional contact sensors, such as siltation, icing, floating debris impact and biological fouling, ensuring long-term reliable data.
Integrated with a positioning system, 4G/5G communication and a high-efficiency solar power supply system, the Station enables long-term unattended operation in remote field environments without mains power or network coverage, greatly reducing operation and maintenance costs. Collected data is transmitted in real time to the monitoring center or cloud platform, providing a scientific basis for flood control, disaster mitigation, water resource management and ecological protection, while significantly improving emergency response efficiency and the safety of water conservancy facilities.
-
Automatic Tide Guage Station/Automatic Tide Gauge Station, radar automatic tide gauge, solar powered automatic tide station, IoT tide level sensor, real-time automatic tide gauge
Frankstar automatic tide gauge station is an automatic telemetry tide and water level monitoring system developed by Frankstar for continuous, real-time observation of water level and water temperature in coastal and inland environments.
Designed for long-term unattended operation, the system provides reliable hydrological data for environmental monitoring, water resource management, and marine applications.
-
Pocket FerryBox/Pocket FerryBox ocean monitoring, portable FerryBox water quality system, compact FerryBox marine sensor, lightweight underway water monitoring system
The -4H- PocktFerryBox is designed for high-precision measurements of multiple water parameters and constituents. The compact and user-customized design in a portable case opens new perspectives of monitoring tasks. The possibilities range from stationary monitoring to position-controlled operation onboard small boats. The compact size and weight facilitates this mobile system to be easily carried to the measuring area. The system is designed for autonomous environmental monitoring and is operable with either a power supply unit or a battery.
-
Mesocosm/Mesocosm experimental system, marine mesocosm facility, pelagic mesocosm experiment, aquatic mesocosm setup, land-based ocean mesocosm
Mesocosms are partially closed experimental outdoor systems used for the simulation of biological, chemical, and physical processes. They bridge the methodological gap between laboratory experiments and field observations, serving as an important part of climate research to experimentally simulate different future climate scenarios. The pools are filled with natural seawater and accommodate various flora and fauna (algae, shells, macro plankton, etc.) to evaluate the impact of changing environmental conditions and climate change.
-
FerryBox/FerryBox ocean monitoring system, automated FerryBox water quality monitoring, FerryBox sensor integration, merchant ship FerryBox marine monitoring
The -4H-FerryBox is an automated flow-through oceanographic measuring system designed by -4H-JENA engineering GmbH for water monitoring and data acquisition aboard ships. It features an integrated antifouling concept that cleans the system using acidified fresh water and supports GPS data integration via serial (RS232/RS485) or TCP/IP connections.
