Level Analyzer

Hydrostatic level transmitter is a high-precision pressure-sensing instrument used to measure liquid level or static pressure. Based on the principle of hydrostatic pressure, it calculates the liquid height by detecting the pressure exerted on the sensing element using a pressure sensor or transmitter. With excellent high-pressure resistance, it performs reliably in demanding conditions such as pressurized vessels and pipelines. This device features low power requirements and can operate without an external power supply, making it simple to install and use. It can be integrated into remote monitoring systems for real-time liquid level tracking and data logging, enabling timely control and system management. Widely used in industrial applications, the hydrostatic level transmitter provides accurate and stable measurement data that support safe operations, resource optimization, and process control. It is suitable for monitoring the liquid levels of tanks, reservoirs, pipelines, and other containment systems.

The Radar Level Meter measures liquid levels by transmitting and receiving radar waves. A radar beam is directed toward the liquid surface and reflected back to the instrument. The time delay of the reflected signal is analyzed to calculate the liquid level. This non-contact measurement device does not require direct contact with the liquid, making it ideal for high-pressure, high-temperature, corrosive, or toxic environments. It offers high-precision measurement and adapts well to changes in liquid properties, surface conditions, and media. With a long measuring range from a few meters up to several tens of meters it meets diverse level monitoring needs. Its excellent anti-interference capabilities ensure stable performance under conditions such as waves, oil films, frost, or dust. Widely applied in industrial, petrochemical, and hydropower sectors for tank, silo, river, and lake level monitoring and control.

The Sludge Interface Level Meter is a specialized instrument that uses underwater conductivity measurement to assess the water-soil interface and determine the sludge layer height. It is submerged in water to measure conductivity, which correlates with the concentration of dissolved solids. Sludge typically contains high concentrations of solids, causing a change in conductivity when the sensor reaches the interface. This shift enables the detection of sludge position. By analyzing the conductivity curve, the height or depth of the sludge interface can be calculated. It accurately monitors sludge accumulation, stratification, and settling speed within treatment systems critical for maintenance and management. Excessive sludge may cause clogging, efficiency reduction, and treatment failure. This instrument is applied in wastewater treatment plants, industrial facilities, sedimentation tanks, and oil-water separators, offering a non-intrusive and accurate method to ensure smooth system operation.