Hydrostatic Level Transmitter
Hydrostatic Level Transmitter Manufacturer for Liquid Level Measurement
ARTang supplies hydrostatic level transmitters for continuous liquid level measurement in tanks, wells, reservoirs, wastewater systems, and industrial water applications. These transmitters measure liquid level by detecting the hydrostatic pressure generated by the liquid column.
With different measuring ranges, probe materials, cable options, and output signals, hydrostatic level transmitters are suitable for water level monitoring, deep well measurement, tank level control, pump protection, and wastewater treatment applications.
Products
Flowmeter
Pressure
Level
Liquid Analysis
Key Features of Hydrostatic Level Transmitters
Hydrostatic Level Transmitters Applications
Water Tanks
For water storage tanks, process water tanks, and supply systems requiring continuous level monitoring and pump control.
Wells & Boreholes
For groundwater, deep wells, boreholes, and water intake systems where submersible level measurement is required.
Reservoirs & Rivers
For reservoirs, rivers, canals, and open water monitoring where hydrostatic level measurement supports water resource management.
Wastewater Systems
For sewage tanks, lift stations, sumps, and wastewater treatment systems requiring durable liquid level monitoring.
How to Select the Right Hydrostatic Level Transmitters
Choose a hydrostatic level transmitter based on measuring depth, liquid type, density, cable length, probe material, and installation conditions.
Measuring Depth
Confirm the tank depth, water level range, and installation depth. The selected range should match the maximum liquid column pressure.
Liquid Type
Check whether the medium is clean water, groundwater, wastewater, or chemical liquid, as this affects material and cable selection.
Liquid Density
Hydrostatic level measurement depends on liquid density. If the medium density changes, the level reading may need compensation or calibration.
Cable & Material
Choose cable, housing, diaphragm, and sealing materials according to corrosion, temperature, immersion depth, and site environment.
Why Choose ARTang for Hydrostatic Level Transmitters
Depth & Range Matching
We help confirm tank depth, water level range, installation depth, and cable length to reduce range mismatch and selection errors.
Medium-Based Material Selection
ARTang supports material selection based on clean water, wastewater, groundwater, chemical liquids, or corrosive site conditions.
Immersion-Ready Design
Transmitters can be configured with suitable cables, sealing structures, and probe materials for long-term liquid immersion applications.
FAQ About Hydrostatic Level Transmitters
Please provide the measuring depth, liquid type, density, temperature, tank or well structure, cable length, installation method, and output signal. If the medium is corrosive, dirty, or contains sludge, please also mention it.
A hydrostatic level transmitter measures the pressure generated by the liquid column above the sensor. The pressure value is then converted into liquid level according to the liquid density and measuring range.
Yes. Hydrostatic level transmitters are commonly used for wells, boreholes, groundwater monitoring, and water intake systems. Cable length, probe diameter, pressure range, and sealing structure should be selected according to the installation depth.
Yes. It can be used in sewage tanks, sumps, lift stations, and wastewater treatment systems. For dirty or corrosive media, the diaphragm, housing, cable, and anti-clogging structure should be selected carefully.
Yes. Hydrostatic level measurement is based on liquid pressure, and pressure is related to liquid density. If the liquid density changes significantly, the level reading may be affected and may require calibration or compensation.
Need Help Choosing a Hydrostatic Level Transmitters?
Send us your tank height, measuring range, medium type, temperature, pressure, installation position, and output signal requirements. ARTang will help you select a suitable radar level transmitter for your application.