Freshwater submersible sensors and instruments are specifically designed to monitor various parameters within clean, potable, or raw freshwater environments. These rugged devices are built to withstand continuous immersion in water, providing accurate and reliable data for applications such as environmental monitoring, water resource management, and process control in water treatment facilities.
LMP307 Submersible Level Transmitter - Submersible level transmitter for measuring liquid level with a 4-20mA current loop or a 0-10V voltage output plus optional ATEX approval for intrinsically safe use in hazardous areas in ranges from 1mH2O up to 250mH2O. The LMP307 is suitable for use on potable water with no leaching, and can be supplied with a drinking water certificate according to DVGW and KTW.
STT-26 Submersible Temperature Probe and Transmitter - Submersible 4-20mA output sensing probe for immersion in freshwater, seawater or any other compatible liquid to measure liquid temperature.
DCL 531 Modbus RTU RS 485 Submersible Stainless Steel Liquid Level Sensor - Digital submersible stainless steel liquid level sensor with a Modbus RTU protocol RS 485 serial bus interface.
LMP305 Borehole Level Transmitter - Submersible stainless steel pressure transmitter ideal for geotechnical surveying with a 19mm diameter for measuring hydrostatic water level in bore-holes.
LMP 308 Removable Waterproof Cable Connection Water Level Sensor - Groundwater, tank & reservoir water level detachable submersible cable hydrostatic liquid level sensor for multiple municipal water level measurement locations.
DCL 571 RS485 Modbus RTU Submersible 22mm dia Groundwater & Wastewater Level Probe - 22mm diameter digital interface submersible liquid level probe with RS 485 Modbus RTU protocol serial bus communications for installing in 1" diameter tubes to measure groundwater level and measuring wastewater with nose cone removed.
S12S SDI-12 Coms IP68 Pressure and Temperature Sensor - Combined pressure and temperature sensor with a 1200 baud rate serial data interface as defined by the SDI-12 support group.- IMSL IP68 Stainless Steel 316L Hydrostatic Pressure Sensor - Water resistant pressure sensor for measuring hydrostatic pressures in the range of 0-0.5 mWC up to 0-100 mWC.
- LMP307T Submersible Level and Temperature Transmitter - The LMP307T is a submersible level and temperature transmitter with a level sensing range from 1 to 250 mH2O and a temperature sensing range of 0 to 30°C up to 70°C.
- IWSL Potable Water Submersible Level Sensor - IP68 protect pressure sensor for monitoring potable water level to depths of 100 metres.
- IMSTL IP68 Water Temperature and Depth Transmitter - Stainless steel 316L waterproof probe for measuring both water temperature and depth and generating two separate 4-20mA current loop measurement signals.
- Hydropower reservoir submersible hydrostatic level transmitter & indicator
- Borehole drawdown low voltage power supply 25m depth sensor
- 200m deep well pump water level sensor, switch & display
- Dairy farm water management using wireless ethernet gateway with submersible level sensors
- Detecting water intake blockage on submerged reservoir intake screen using two sensors
- Modbus RTU RS485 submersible borehole water level sensor
- Robust hydrostatic level sensing in aerial firefighting water tanks
- Dual level and temperature monitoring in hotel water treatment tanks
- Low power fast response differential pressure sensing for IoT water network logging
- Yacht diesel fuel and water level sensor for non-uniform shaped marine tanks
- Low powered pond water 20ft depth sensor for wireless system
- Retention pond submersible water level sensor with a 20 feet deep range
Find out more about Freshwater Submersible Sensor and Instrument Probes to determine which product options and capabilities will best meet your application requirements.
Submersible sensors are engineered to withstand prolonged immersion in water, making them ideal for monitoring various parameters within freshwater systems. These sensors are typically housed in durable, corrosion-resistant materials like stainless steel or titanium to ensure long-term performance in challenging underwater conditions.
Freshwater Submersible Sensor Types
Temperature Sensors: Temperature plays a crucial role in aquatic ecosystems and various industrial processes. Submersible temperature sensors provide accurate temperature measurements in freshwater environments, enabling researchers and engineers to monitor water quality, assess thermal pollution, and control processes in water treatment and industrial applications.
Pressure Sensors: These sensors measure the pressure exerted by the water column, providing valuable data for applications such as groundwater monitoring, leak detection, and water level measurement in tanks and reservoirs.
Level Sensors: Level sensors directly measure the height of the water column, offering precise monitoring of water levels in rivers, lakes, and storage tanks. This data is essential for water resource management, flood forecasting, and ensuring the efficient operation of water treatment facilities.
Applications
- Environmental monitoring: Scientists and researchers utilize submersible sensors to monitor the health of freshwater ecosystems, track pollution levels, and assess the impact of human activities on water resources. These sensors provide critical data for conservation efforts and sustainable water management practices.
- Water Resource Management: Effective water resource management relies on accurate data about water availability, usage, and quality. Submersible sensors provide real-time information on water levels, pressure, and temperature, enabling authorities to make informed decisions regarding water allocation, irrigation, and flood control.
- Water and Wastewater Treatment: Submersible sensors play a vital role in water treatment processes, ensuring the delivery of safe and clean drinking water. These sensors monitor water levels in tanks and reservoirs, control pressure in filtration systems, and measure temperature for optimal disinfection and purification.
- Borehole monitoring: Submersible sensors are used to monitor groundwater levels and quality in boreholes, providing valuable data for sustainable groundwater management.
- Reservoir management: Monitoring water levels, temperature, and quality in reservoirs is essential for optimizing water storage, managing flood risks, and ensuring the availability of water for various purposes.
- Irrigation systems: Submersible sensors can be integrated into irrigation systems to monitor water levels and soil moisture, enabling efficient water use and optimizing crop yields.
- Aquaculture: Maintaining optimal water quality is crucial for successful aquaculture operations. Submersible sensors help monitor parameters such as DO, temperature, and pH, ensuring the health and growth of aquatic species.
- Industrial Processes: Various industrial processes rely on freshwater, and submersible sensors help monitor and control these processes efficiently. In manufacturing plants, these sensors can monitor water levels in cooling systems, ensuring optimal operating temperatures and preventing equipment damage. In the food and beverage industry, submersible sensors help maintain water quality and temperature during production processes, ensuring product safety and consistency.