This level gauge utilizes Frequency Modulated Continuous Wave (FMCW) radar technology and K-band planar microstrip antenna technology for level and surface measurement. It integrates vertical angle compensation, flow velocity filtering algorithms, signal strength detection, RS485/RS232 communication, and wireless communication. This energy-efficient, non-contact measurement technology is unaffected by temperature gradients, water vapor on the surface, pollutants in the water, or sediment. Optimized algorithms ensure more accurate measurement results. Compared to traditional level gauges, it features a smaller size, easier installation, and less maintenance.

This radar level gauge uses high-frequency microwave radar technology. It emits electromagnetic waves to the water surface and receives the echo to determine the distance and direction from the water surface to the electromagnetic wave emitter. This product effectively monitors water level changes, achieving high precision (millimeter level), high reliability, and easy installation. It includes a water surface fluctuation filtering algorithm, providing more accurate and stable water level information. Compared to traditional radar level gauges, it offers higher accuracy, lower power consumption, and a smaller size.

Primarily suitable for hydrological monitoring in natural water bodies such as rivers, reservoirs, lakes, canals, and channels; water level monitoring in urban waterlogged roads, flood control, and underground pipelines; and drainage networks and outlets.

This radar flow meter uses advanced planar microwave radar technology to non-contactly measure water velocity and level. Based on its built-in software algorithms, it calculates and outputs real-time cross-sectional flow and cumulative flow, suitable for flow measurement in rivers and canals. Using microwave technology for velocity and level measurement, it is unaffected by temperature gradients, pressure, air density, wind, or other meteorological conditions, and is resistant to sewage corrosion and sediment, allowing for stable all-weather operation. It also features low power consumption, small size, and easy installation and maintenance, making it ideal for field measurement environments.

Primarily suitable for hydrological monitoring in natural water bodies such as rivers, reservoirs, lakes, canals, and channels; water level monitoring in urban waterlogged roads, flood control, and underground pipelines; and drainage networks and outlets.

This radar flow meter is specifically designed for surface velocity monitoring in natural rivers, canals, culverts, and pipelines where water flow fluctuates. Using planar microstrip radar technology and proprietary backend processing technology to accurately extract water flow velocity, it enables non-contact, automated monitoring in hydrology, water conservancy, irrigation, and water supply and drainage.

Primarily suitable for natural river flow velocity detection, urban flood monitoring during flood seasons, and flow velocity monitoring in various canals, culverts, and pipelines. It can be combined with water level detection for hydrological monitoring.

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