Water Quality Sensor

pH Sensor for High Purity Water PH8EHP Yokogawa's process pH Analyzers are highly reliable and feature advanced functions for a wide variety of applications including water quality management in production processes, medium-sized wastewater treatment plants, and general purpose pH control systems. Based on Yokogawa's extensive experience, a comprehensive range of products provides solutions tailored to individual applications. The PH8EHP pH sensor and PH8HH holder perform

Pure Water pH and ORP Sensors Ultrapure water (UPW), Water for Injection (WFI), high-purity water, and deionized (DI) water all describe water purified to the highest standards by removing all contaminants including organic and inorganic compounds, dissolved and particulate matter, and dissolved gases. This purified water has very low conductivity, making accurate pH measurement challenging due to: Reference Electrode Stability Glass Electrode Response Electrical Noise

Industrial pH/ORP Electrodes The heart of a pH measuring loop is the electrode system. Yokogawa has designed a wide range of electrodes to ensure reliable performance under the most severe industrial conditions. These electrodes meet DIN 19263 standards (excluding refillable types) and feature high standardization for compatibility with standard fittings. Color-coded strips on electrodes and cables prevent incorrect installation. Key Features Comprehensive electrode selection

Differential pH and ORP Sensors Yokogawa's cation differential pH and ORP sensors are engineered for challenging applications where conventional sensors prove ineffective. These specialized sensors excel in diverse measurement environments ranging from brine solutions to electrolysis processes and cheese manufacturing. The primary challenges in these applications typically involve reference cell issues, including: High diffusion potentials at the reference junction Elevated

pH sensor SC25V with external liquid earth and built-in temperature sensor Having a stable, reliable and accurate measurement is of vital importance for pH measurement and control. The SC25V pH sensor has been developed and designed to ensure it delivers these results in every application. The built-in temperature sensor is located close to the pH measuring glass, resulting in increased accuracy of temperature compensation and therefore the pH measurement. The integrated

pH/ORP Sensors PH8EFP, PH8ERP, OR8EFG, OR8ERG Yokogawa's pH and ORP analyzers deliver high reliability with advanced functions for diverse applications including water quality management in production processes, wastewater treatment plants, and general pH/ORP control systems. Our comprehensive product range, built on decades of experience, provides optimal solutions for specific application requirements. The standard Ryton pH and ORP sensors (PH8EFP, PH8ERP, OR8EFG, OR8ERG)

All-in-One pH/ORP (REDOX) Sensor FU20 and FU24 The FU20 and FU24 all-in-one sensors demonstrate Yokogawa's "Simple is best" philosophy in sensor technology. These rugged sensors combine four measurement elements (pH, reference, temperature, ORP) in a single Ryton or PVDF (FU20) or Ryton (FU24) body, enabling simultaneous pH and ORP measurements. Featuring number-coded integral or variopin cables and NPT threads for easy installation, these sensors include Quick Release

KSIMU002M High Precision Inertial Measurement Unit Key Specifications Attribute Value Voltage 5V Power consumption 1.5W Ripple 100mV Pitch Angle accuracy (-90°~+90°)

KSINS001C Laser Strapdown Inertial Navigation System Key Specifications Attribute Value Power Voltage 18~32VDC Power

KSINS002C Fiber Optic Strapdown Inertial Navigation System Key Specifications Attribute Value Power Voltage 18~32VDC Power

KSINS003C Type Optical Fiber Strapdown Inertial Navigation System Product Overview The KSINS003C fiber optic gyroscope strapdown navigation system is built on a universal fiber optic inertial navigation platform. Designed with adaptability in mind, it offers short development cycles, high maturity, and excellent reliability. All components including gyroscopes, accelerometers, and circuits are sourced from existing, proven shelf products. Key Specifications Attribute Value

KSINS004C Fiber Optic Strapdown Inertial Navigation System Key Specifications Attribute Value Power Voltage 18~32VDC Power

Portable Dissolved Oxygen Water Quality Sensor Product Overview This portable dissolved oxygen water quality sensor with integrated battery is specifically designed for convenient field use. Featuring a powerful built-in battery, it enables on-site detection capabilities at any time. Compact and lightweight design for easy transport to various water environments High-precision sensing technology for rapid and accurate dissolved oxygen measurement Suitable for scientific

KWS-950S Online TSS Sensor Product Overview The KWS-950 integrated online TSS sensor utilizes scattered light suspension measurement technology. When light passes through a water sample, suspended particles scatter the light. By measuring the intensity of scattered light perpendicular to the incident beam and comparing it with internal calibration values, the sensor calculates and linearizes the output to provide accurate TSS measurements. Key Features Operating range: 0 to

KWS-670 Portable Optical Dissolved Oxygen Meter Product Overview The KWS-670 utilizes advanced fluorescence quenching technology to measure dissolved oxygen concentration in water bodies without any loss. This portable instrument offers exceptional performance with pollution-free operation, extended service life, superior stability, and minimal maintenance requirements. Portable design for on-site monitoring of dissolved oxygen, temperature, barometric pressure, and salinity

KCW103 Frequency - Modulated Scale Inhibitor Introduction The KCW103 frequency - modulated scale inhibitor solves the problem of water scaling through an electromagnetic field. The equipment consists of a control box and electromagnetic coils wound around the pipeline (ferrite magnetic rings are used for large - diameter pipes). The coils or magnetic rings generate a frequency - modulated electromagnetic field. Scale - forming ions actively collide under the drive of the

KCW104 High - Efficiency Frequency - Sweeping Device Introduction Composition of Scale: Calcium carbonate (CaCO₃), magnesium hydroxide (Mg(OH)₂), calcium sulfate (CaSO₄), barium sulfate (BaSO₄), silicon dioxide (SiO₂), etc. Cause of Scaling: When the mineral content in water exceeds its solubility (supersaturated solution), calcium ions and carbonate ions will precipitate to form CaCO₃ crystals, which adhere to the pipe wall to form scale. Harm of Equipment Scaling: It clogs

KCW104 Automatic Softening Water Device Introduction It uses the principle of ion exchange to remove calcium, magnesium and other ions in water, thus softening the water quality and making it difficult for equipment such as boilers, pipelines and chillers to scale. Features of the Automatic Softening Water Device: High degree of automation, with a variety of control methods for customers to choose from. Stable water supply working conditions. High efficiency, low consumption

KCW106 Composite Electro - adsorption Introduction The composite electro - adsorption device is a kind of water treatment technology based on electrochemical technology, which is widely applied to various circulating cooling water systems. Working Principle The pulsed electric field emitted by the controller acts on the anode and cathode electrodes, forming an electrochemical reaction in the water. An oxidation reaction occurs on the surface of the inert anode made by a

KCW105 Ionization Water Purification Device Introduction The ionization water purification device consists of a controller and a set of electrodes. The electrodes are divided into two types: copper electrodes and silver electrodes. The copper and silver electrodes are respectively placed in the circulating water, and the controller sends precise DC signals to the electrodes. When copper and silver ions enter the water, the positively - charged copper and silver ions form