Water Quality Sensors

The fluorescent dissolved oxygen sensor adopts a new generation of fluorescence lifetime technology and self-developed high-performance fluorescent materials. No oxygen consumption, no flow rate limitation, no electrolyte required, no maintenance and calibration, no hydrogen sulfide interference, and excellent stability. Built-in temperature sensor, automatic temperature compensation. RS485 output, can be networked without a controller.

An optical dissolved oxygen (DO) sensor measures the amount of oxygen dissolved in water using a luminescent (fluorescence-based) technology instead of electrochemical reactions.

The PHEHT & PHT monobloc sensor delivers measurements of pH, redox potential and temperature or pH/temperature. Waterproof, compact and robust it offers a modbus RS485 communication for seamless integration.

SUP-ORP-6050 pH sensor used in ORP measurement is also called primary cell. The primary battery is a system whose function is to convert chemical energy into electrical energy. The voltage of this battery is called electromotive force (EMF). This electromotive force (EMF) consists of two half-cells.

An optical dissolved ozone sensor measures the concentration of ozone dissolved in water using optical absorption or luminescence principles, rather than relying on chemical reactions.

An optical dissolved ozone sensor measures the concentration of ozone dissolved in water using optical absorption or luminescence principles, rather than relying on chemical reactions.

The PHEHT & PHT monobloc sensor delivers measurements of pH, redox potential and temperature or pH/temperature. Waterproof, compact and robust it offers a modbus RS485 communication for seamless integration.

The cutting-edge MES5 probe for total suspended solids and turbidity measurement in water, is engineered with advanced optical infrared absorptiometry technology, ensuring accuracy and reliability in numerous water treatment applications.

SUP-PTU-8011 turbidity meter based on the infrared absorption scattered light method and combined with the application of ISO7027 method, can guarantee the continuous and accurate detection of turbidity. Based on ISO7027, infrared double scattering light technology will not be affected by chroma for the measurement of turbidity value. According to the usage environment, self-cleaning function can be equipped with. It assures the stability of data and reliability of performance; with the built-in self-diagnosis function, it can make sure the accurate data be delivered; besides, the installation and calibration is quite simple.

The PHEHT & PHT monobloc sensor delivers measurements of pH, redox potential and temperature or pH/temperature. Waterproof, compact and robust it offers a modbus RS485 communication for seamless integration.

SUP-PH8001 pH electrode can be used for aquaculture, IoT water quality detection, with digital interface (RS485*1), can be used to measure the change of pH/ORP value in the aqueous solution system within the range, and it has standard RS485 Modbus RTU protocol interface function, Can communicate with the host computer remotely

The cutting-edge MES5 probe for total suspended solids and turbidity measurement in water, is engineered with advanced optical infrared absorptiometry technology, ensuring accuracy and reliability in numerous water treatment applications.

SUP-TDS-7002 a variety of functions in one: conductivity EC / TDS measurement capabilities to achieve two in one, cost-effective integrated design to support the boiler water, RO water treatment, sewage treatment, pharmaceutical industry and other liquid measurement and monitoring.

The cutting-edge MES5 probe for total suspended solids and turbidity measurement in water, is engineered with advanced optical infrared absorptiometry technology, ensuring accuracy and reliability in numerous water treatment applications.

The C4E sensor features a 4-electrode system with alternating current and constant voltage. Its technology ensures accurate conductivity and salinity readings in most water applications, even in challenging conditions.

The CTZN sensor uses an inductive method with ring-type coils, providing low maintenance and consumable-free technology. Its measurement technology ensures stable and accurate conductivity and salinity readings in demanding environments.

The C4E sensor features a 4-electrode system with alternating current and constant voltage. Its technology ensures accurate conductivity and salinity readings in most water applications, even in challenging conditions.

SUP-TDS-7002 a variety of functions in one: conductivity EC / TDS measurement capabilities to achieve two in one, cost-effective integrated design to support the boiler water, RO water treatment, sewage treatment, pharmaceutical industry and other liquid measurement and monitoring.

As part of its range of analyzers for BOD, COD, TOC and SAC254 measurements, Aqualabo presents the StacSense UV254 probe, a state-of-the-art solution for water quality analysis. Using UV-optical technology, this probe provides accurate measurements without the need for reagents. With multi-parameter capabilities, it efficiently measures SAC254, CODeq, TOCeq, BODeq and Turbidity

As part of its range of analyzers for BOD, COD, TOC and SAC254 measurements, Aqualabo presents the StacSense UV254 probe, a state-of-the-art solution for water quality analysis. Using UV-optical technology, this probe provides accurate measurements without the need for reagents. With multi-parameter capabilities, it efficiently measures SAC254, CODeq, TOCeq, BODeq and Turbidity

COD sensor is based on the UV absorption principle, does not need reagents, will not cause pollution, more environmental protection; Integrated self-cleaning brush, easy to install and use, even long-term online monitoring still has excellent stability.

As part of its range of analyzers for BOD, COD, TOC and SAC254 measurements, Aqualabo presents the StacSense UV254 probe, a state-of-the-art solution for water quality analysis. Using UV-optical technology, this probe provides accurate measurements without the need for reagents. With multi-parameter capabilities, it efficiently measures SAC254, CODeq, TOCeq, BODeq and Turbidity

COD sensor is based on the UV absorption principle, does not need reagents, will not cause pollution, more environmental protection; Integrated self-cleaning brush, easy to install and use, even long-term online monitoring still has excellent stability.

As part of its range of analyzers for BOD, COD, TOC and SAC254 measurements, Aqualabo presents the StacSense UV254 probe, a state-of-the-art solution for water quality analysis. Using UV-optical technology, this probe provides accurate measurements without the need for reagents. With multi-parameter capabilities, it efficiently measures SAC254, CODeq, TOCeq, BODeq and Turbidity