A submersible level transmitter is a liquid level measurement device designed to measure the depth of liquids by detecting hydrostatic pressure. It is typically installed directly into water, tanks, wells, reservoirs, or other liquid containers to provide continuous and accurate level monitoring.
Unlike traditional level gauges, a submersible level transmitter can work underwater and convert the pressure generated by liquid depth into standard electrical signals, such as 4-20mA or RS485, for connection with PLC systems, control panels, and remote monitoring platforms.
SISCO submersible level transmitters are widely used for water level measurement, groundwater monitoring, reservoir monitoring, wastewater treatment, and industrial liquid level control.
A submersible level transmitter works based on hydrostatic pressure measurement technology. The deeper the liquid, the greater the pressure applied to the sensor diaphragm. The transmitter measures this pressure change and converts it into an electrical output signal proportional to the liquid level.
With high accuracy options of 0.5%FS and 1.0%FS, SISCO hydrostatic level transmitters provide reliable measurement performance for continuous liquid level monitoring applications.
SISCO submersible level sensors are available with measuring ranges from 0 to 50 meters, providing flexible solutions for different liquid level measurement applications. The measuring range can be selected according to the installation depth and liquid level requirements, making the transmitter suitable for shallow water tanks as well as deep groundwater wells, reservoirs, and industrial storage systems.
With a hydrostatic pressure measurement principle, the submersible level transmitter delivers accurate and stable level monitoring even in deep water applications. The 0–50m measuring range makes it ideal for groundwater level monitoring, reservoir water level measurement, dam monitoring, wastewater treatment, and industrial liquid level control.
Different measuring ranges and cable lengths can be customized to meet specific project requirements, ensuring reliable installation and continuous liquid level measurement in various environments.
Submersible level transmitters are widely used for continuous liquid level measurement in water management, industrial automation, and environmental monitoring applications. With reliable hydrostatic pressure measurement, 4-20mA or RS485 output options, and measuring ranges up to 50 meters, they provide accurate and stable level monitoring in various liquid measurement environments.
Submersible level transmitters are commonly installed in groundwater wells to monitor underground water levels continuously. They help measure water table changes, support groundwater resource management, and provide reliable data for environmental monitoring and water conservation projects.
In reservoirs and dams, submersible level transmitters are used for real-time water level measurement and hydrological monitoring. They help operators track water storage capacity, manage water resources, and improve safety management in water conservancy systems.
Submersible level sensors are suitable for measuring liquid levels in various storage tanks and industrial containers. They provide accurate level data for process control and automation systems in applications involving water, wastewater, chemicals, and other industrial liquids.
In municipal water supply networks, water level transmitters are used to monitor levels in water tanks, pumping stations, and treatment facilities. They enable automated control of pumps and help maintain stable water supply operations.
Submersible level transmitters can be used for liquid level monitoring in oil-related applications, including storage tanks and process equipment. Their corrosion-resistant stainless steel construction and stable signal output make them suitable for demanding industrial environments.
In wastewater treatment facilities, submersible level transmitters provide continuous monitoring of water levels in collection tanks, treatment basins, and sewage systems. They support automatic control processes and ensure efficient operation of wastewater management systems.