Explore our selection of corrosion-resistant submersible hydrostatic level sensors specifically designed for challenging chemical applications. These sensors feature durable PVC housings and ceramic diaphragms to ensure compatibility with a wide range of aggressive media, while various cable coatings and seal materials offer further customization for optimal performance in your specific environment.
LMK809 Plastic Submersible Low Level Transmitter - IP68 low range pressure transmitter for measuring the level of highly contaminated and agressive liquid media with a body made from PP-HT or PVDF.
LMK807 Plastic Submersible Level Transmitter - IP68 mid range pressure transmitter for measuring the level of highly contaminated and aggressive liquid media with a body made from PP-HT.
LMK 858 Plastic Submersible Liquid Level Sensor with Removable Cable - Chemical resistant liquid level sensor with detachable signal cable for measuring quantity of aggressive media such acids and alkalis and sludge in tanks located outside of factory buildings.
- Contaminated groundwater submersible plastic body 5 psi pressure transducer & display
- High-temperature level transmitter for aggressive landfill leachate
- Hydrochloric acid storage tank 1mH2Og hydro-static pressure transmitter
- Chemical resistant level sensor for sodium hydroxide and bleach
- 33% HCL level monitoring with PVDF submersible probe
- HVO and FAME biofuel storage tank submersible level sensor
- Lightning protected submersible level sensor for hydroelectric intakes and rivers
Find out more about Plastic Submersible Hydrostatic Liquid Level Sensors to determine which product options and capabilities will best meet your application requirements.
Submersible hydrostatic level sensors are essential tools for measuring liquid levels in tanks, vessels, and wells, particularly within the chemical processing industry. These sensors operate on the principle of hydrostatic pressure, where the pressure exerted by a fluid column is directly proportional to its height. By measuring this pressure, the sensor accurately determines the liquid level above it.
When dealing with harsh chemicals, standard level sensors with exposed metal components are susceptible to corrosion, leading to premature failure and inaccurate readings. Our specialized range of corrosion-resistant submersible hydrostatic level sensors addresses this challenge by incorporating the following key features:
- PVC Housing: The non-metallic PVC (Polyvinyl Chloride) housing provides excellent resistance to a broad spectrum of chemicals, acids, and alkalis, ensuring the sensor’s longevity even in aggressive environments.
- Ceramic Diaphragm: The sensing element utilizes a ceramic diaphragm, chosen for its exceptional chemical compatibility and ability to withstand corrosive media. This ensures accurate and reliable measurements even when exposed to challenging fluids.
- Customizable Cable and Seals: To further enhance chemical resistance, these sensors offer a choice of cable coatings and seal materials. This customization allows you to tailor the sensor to your specific application, considering factors such as chemical concentration, temperature, and potential exposure to abrasive substances.
Applications
These corrosion-resistant submersible hydrostatic level sensors find wide application in various chemical processing scenarios, including:
- Storage Tanks: Monitoring the level of acids, bases, solvents, and other aggressive chemicals in storage tanks.
- Process Vessels: Measuring liquid levels within reactors, mixing tanks, and other process vessels where chemical compatibility is critical.
- Wastewater Treatment: Monitoring levels in sumps, lift stations, and treatment tanks containing corrosive wastewater.
- Chemical Injection Systems: Ensuring accurate chemical dosing by monitoring levels in day tanks and injection systems.
By utilizing these specialized sensors, chemical processing facilities can ensure accurate level measurement, prevent costly downtime due to sensor failure, and maintain the integrity of their operations even in the presence of harsh chemicals.