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Reliable Radar Flow Measurement Sensor Manufacturer for Water Monitoring
ZLYRADAR provides non-contact radar flow measurement sensors for surface velocity, water level, and open-channel flow monitoring. The product series includes 24GHz radar surface velocity sensors and integrated radar flow meters that combine water velocity measurement, radar water level measurement, and flow calculation.
These radar flow sensors are designed for rivers, irrigation canals, drainage channels, underground pipe networks, flood-control systems, wastewater facilities, and other open-channel water monitoring applications. Because the sensors are installed above the water, they do not come into direct contact with sediment, pollutants, floating objects, or wastewater, helping reduce contamination, equipment damage, and routine maintenance.
Depending on the selected model, the system can output surface velocity, water level, instantaneous flow, and accumulated flow data through an RS485 communication interface. ZLYRADAR supports hydrological equipment manufacturers, OEM customers, and system integrators with product selection, cross-section parameter configuration, communication protocols, sample evaluation, installation guidance, and technical integration support.
Radar Flow Measurement Sensor Series
ZLYRADAR offers a radar flow measurement sensor series for non-contact monitoring of surface velocity, water level, and open-channel flow. The product range includes 24GHz radar surface velocity sensors and integrated radar flow meters that combine water level measurement, velocity detection, and flow calculation. These products are suitable for rivers, irrigation canals, drainage channels, underground pipe networks, flood-control systems, and wastewater facilities. Above-water installation helps reduce sensor contamination, blockage, corrosion, and maintenance requirements. Depending on the model, RS485 communication and configurable measurement parameters are available for integration with RTUs, data loggers, PLCs, and IoT monitoring platforms. ZLYRADAR also provides product selection, cross-section configuration, protocol documentation, sample evaluation, installation guidance, and OEM integration support.
Radar Surface Velocity Sensor Series
24GHz Doppler radar sensors measure water surface velocity without contacting the water, providing reliable velocity data for rivers, canals, drainage systems, and hydrological monitoring platforms.
Open-Channel Radar Flow Meter Series
Integrated radar flow meters combine water level measurement, surface velocity detection, and channel cross-section parameters to calculate instantaneous flow in open channels.
Why Choose ZLYRADAR Radar Flow Sensors for Water Monitoring?
ZLYRADAR provides reliable radar flow measurement sensors for hydrological equipment manufacturers, OEM customers, and water monitoring system integrators. Our product range includes 24GHz radar surface velocity sensors and integrated open-channel radar flow meters for rivers, irrigation canals, drainage networks, flood-control systems, and wastewater facilities. Based on your channel type, velocity range, water level, cross-section, installation conditions, interface, and communication requirements, our engineering team can recommend a suitable radar solution. We also provide parameter configuration, cross-section setup, protocol documentation, sample evaluation, installation guidance, and system integration support. These services help customers reduce maintenance requirements, shorten development time, and improve monitoring reliability. Send us your project details to receive a product recommendation, technical documentation, sample support, and customized quotation.
Complete Velocity and Flow Measurement Portfolio
ZLYRADAR provides radar surface velocity sensors and integrated open-channel flow meters for velocity, water level, instantaneous flow monitoring.
River & Flood Monitoring
Non-contact radar sensors measure surface velocity, water level, and flow in rivers, supporting hydrological monitoring, flood forecasting, water resource management, and early-warning systems.
