Products
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CS6518A-S8 Hardness (Calcium Ion) Electrode Online Ion Selective Sensor
Chloride Ion Electrode is an analytical sensor designed for the rapid, accurate measurement of chloride ion (Cl⁻) concentration in aqueous solutions. Widely used in water quality monitoring, industrial process control, and environmental testing, it operates on the principle of potentiometry. The electrode features a solid-state or PVC membrane sensitive to chloride ions, generating an electrical potential proportional to the ion activity. When paired with a reference electrode and calibrated with standard solutions, it delivers reliable readings across a broad concentration range. With fast response, high selectivity, and minimal sample preparation, it is an essential tool for applications such as drinking water safety, wastewater treatment, and corrosion monitoring. -
CS6520W-SE Nitrate (nitrate ion) electrode
Nitrogen Monitor Water Quality Analyzer is an advanced online instrument designed for the continuous and accurate measurement of nitrogen compounds in water, including total nitrogen, ammonia nitrogen, nitrate nitrogen, and nitrite nitrogen. Excessive nitrogen levels from agricultural runoff, industrial wastewater, or domestic sewage can lead to eutrophication, causing algal blooms, oxygen depletion, and aquatic life destruction. The analyzer typically employs chemical digestion and colorimetric detection methods, converting various nitrogen forms into measurable signals with high precision and low detection limits. Featuring automatic calibration, multi-parameter monitoring, and real-time data transmission, it ensures reliable compliance with environmental regulations. As an essential tool for wastewater treatment, drinking water protection, and ecological monitoring, this analyzer helps safeguard water resources and public health. -
T6016 Nitrogen Nitrate Monitor Water Quality Analyzer
Nitrate Monitor is an analytical device used for the continuous or online measurement of nitrate nitrogen (NO₃⁻-N) concentration in water. It is essential for environmental monitoring, wastewater treatment, and drinking water safety. Nitrate, a common contaminant from agricultural runoff and industrial discharge, can pose serious health risks such as methemoglobinemia in infants. The monitor typically employs ion-selective electrode (ISE) technology or UV absorption spectroscopy. ISE-based sensors offer high selectivity and real-time response, while UV sensors provide reagent-free, rapid detection. With built-in temperature compensation, data logging, and alarm functions, nitrate monitors ensure reliable compliance with regulatory limits. They are indispensable tools for protecting water quality and public health. -
CS6511A-K9 Chloride Ion Electrode Digital RS485 Online Ion Selective Electrode Sensor
Chloride Ion Electrode is an analytical sensor designed for the rapid, accurate measurement of chloride ion (Cl⁻) concentration in aqueous solutions. Widely used in water quality monitoring, industrial process control, and environmental testing, it operates on the principle of potentiometry. The electrode features a solid-state or PVC membrane sensitive to chloride ions, generating an electrical potential proportional to the ion activity. When paired with a reference electrode and calibrated with standard solutions, it delivers reliable readings across a broad concentration range. With fast response, high selectivity, and minimal sample preparation, it is an essential tool for applications such as drinking water safety, wastewater treatment, and corrosion monitoring. -
W8589S Nitrogen Monitor Water Quality Analyzer
Nitrogen Monitor Water Quality Analyzer is an advanced online instrument designed for the continuous and accurate measurement of nitrogen compounds in water, including total nitrogen, ammonia nitrogen, nitrate nitrogen, and nitrite nitrogen. Excessive nitrogen levels from agricultural runoff, industrial wastewater, or domestic sewage can lead to eutrophication, causing algal blooms, oxygen depletion, and aquatic life destruction. The analyzer typically employs chemical digestion and colorimetric detection methods, converting various nitrogen forms into measurable signals with high precision and low detection limits. Featuring automatic calibration, multi-parameter monitoring, and real-time data transmission, it ensures reliable compliance with environmental regulations. As an essential tool for wastewater treatment, drinking water protection, and ecological monitoring, this analyzer helps safeguard water resources and public health. -
CS6518A-K9 Hardness (Calcium Ion) Electrode
Chloride Ion Electrode is an analytical sensor designed for the rapid, accurate measurement of chloride ion (Cl⁻) concentration in aqueous solutions. Widely used in water quality monitoring, industrial process control, and environmental testing, it operates on the principle of potentiometry. The electrode features a solid-state or PVC membrane sensitive to chloride ions, generating an electrical potential proportional to the ion activity. When paired with a reference electrode and calibrated with standard solutions, it delivers reliable readings across a broad concentration range. With fast response, high selectivity, and minimal sample preparation, it is an essential tool for applications such as drinking water safety, wastewater treatment, and corrosion monitoring. -
W8588CA Hardness (Calcium Ion) Monitor
Hardness (Calcium Ion) Monitor is an online analytical instrument designed for continuous, real-time measurement of calcium ion (Ca²⁺) concentration in water. It plays a critical role in industrial water treatment, boiler feedwater, cooling towers, and drinking water quality control. By utilizing ion-selective electrode (ISE) technology, the monitor detects calcium activity with high accuracy and stability. It features automatic temperature compensation, minimal maintenance, and a user-friendly interface. With its ability to provide instant alerts and data logging, the monitor helps prevent scale formation, optimize chemical dosing, and ensure compliance with water quality standards, making it an essential tool for efficient water hardness management. -
Online Optical Dissolved Oxygen Analyzer DO Meter T6548
The fluorescence-based industrial online dissolved oxygen meter is a water quality online monitoring and control instrument equipped with a microprocessor. This device is configured with a fluorescence-based dissolved oxygen electrode and is widely used in various industries such as power plants, petrochemicals, metallurgy, electronics, mining, papermaking, food and beverage, environmental water treatment, and aquaculture. It continuously monitors and controls the dissolved oxygen concentration and temperature values in aqueous solutions. -
Optical Dissolved Oxygen Analyzer DO Meter Online T6048
The fluorescence-based industrial online dissolved oxygen meter is a water quality online monitoring and control instrument equipped with a microprocessor. This device is configured with a fluorescence-based dissolved oxygen electrode and is widely used in various industries such as power plants, petrochemicals, metallurgy, electronics, mining, papermaking, food and beverage, environmental water treatment, and aquaculture. It continuously monitors and controls the dissolved oxygen concentration and temperature values in aqueous solutions. -
T4072 Online Turbidity Meter
Equipped with multiple output options including 4-20mA analog signals, Modbus RS485, and Ethernet protocols, these meters seamlessly integrate with SCADA systems, PLCs, and central monitoring platforms. This connectivity enables real-time data visualization, trend analysis, automated alarm triggering, and remote configuration capabilities, transforming raw turbidity measurements into actionable intelligence for process optimization. -
T6072 Online Turbidity Meter
The latest generation of online turbidity meters incorporates advanced features such as LED light sources with extended operational life (50,000+ hours), self-cleaning wiper systems, and multi-beam alternating light technology for enhanced accuracy. Digital sensors with built-in signal processing eliminate electromagnetic interference and enable plug-and-play installation. Some models now offer predictive analytics capabilities, using historical data to forecast maintenance needs and detect anomalies before they impact process performance -
Online Oil-in-water Analyzer SC4000OIL
Industrial online oil-in-watermonitor is an online water quality monitor and control instrument with microprocessor. The instrument is equipped with UV oil-in-water sensors. The online oil-in-water monitor is a highly intelligent online continuous monitor. It can be equipped with UVsensor to automatically achieve a wide range of ppm or mg/L measurement. It is a special instrument for detecting oil-in-water content in liquids in
environmental protection sewage related industries. The on-line oil in water analyzer consists of an immersion sensor and a multi-function display. High precision immersion probe was used to measure oil substances in water, and uv fluorescence technology was used. It is suitable for surface water oil pollution monitoring, industrial process control, oil leak detection and other online water quality monitoring and so on. -
SC6500OIL Online Oil-in-water Analyzer
Online Oil-in-Water Analyzer is a specialized instrument designed for the continuous, real-time monitoring of oil and hydrocarbon concentrations in water. It plays a critical role in environmental protection, industrial wastewater treatment, produced water monitoring in oil and gas operations, marine vessel ballast water management, and cooling water systems in power plants and refineries. By providing immediate detection of oil contamination, it enables rapid response to prevent environmental violations, protect aquatic ecosystems, and ensure regulatory compliance with stringent discharge limits (such as the 15 ppm standard for produced water).
The analyzer employs advanced optical detection technologies, most commonly ultraviolet fluorescence (UVF) or infrared absorption (IR) methods. UVF technology is particularly effective as it excites oil molecules with specific wavelengths of light, causing them to emit fluorescence proportional to the oil concentration. This method offers high sensitivity, fast response, and minimal interference from water itself. Some systems utilize laser-induced fluorescence or scattered light measurements for enhanced accuracy in challenging matrices like high turbidity or varying oil types.
Fully automated, the instrument integrates sampling, sample conditioning (including homogenization and degassing), measurement, and cleaning cycles. It features automatic calibration, self-diagnostic functions, and robust sensor designs with anti-fouling mechanisms like wipers or air blasts to maintain reliability in harsh environments. Data is transmitted via standard protocols (4-20mA, Modbus, Ethernet) for integration with plant control systems, enabling real-time alarms and automated process adjustments.
By delivering accurate, continuous oil-in-water measurements, this analyzer serves as an indispensable tool for preventing costly shutdowns, avoiding environmental fines, and safeguarding water resources in industries where oil contamination is a critical concern. -
SC7000OIL Online Oil-in-water Analyzer
Online Oil-in-Water Analyzer is a specialized instrument designed for the continuous, real-time monitoring of oil and hydrocarbon concentrations in water. It plays a critical role in environmental protection, industrial wastewater treatment, produced water monitoring in oil and gas operations, marine vessel ballast water management, and cooling water systems in power plants and refineries. By providing immediate detection of oil contamination, it enables rapid response to prevent environmental violations, protect aquatic ecosystems, and ensure regulatory compliance with stringent discharge limits (such as the 15 ppm standard for produced water).
The analyzer employs advanced optical detection technologies, most commonly ultraviolet fluorescence (UVF) or infrared absorption (IR) methods. UVF technology is particularly effective as it excites oil molecules with specific wavelengths of light, causing them to emit fluorescence proportional to the oil concentration. This method offers high sensitivity, fast response, and minimal interference from water itself. Some systems utilize laser-induced fluorescence or scattered light measurements for enhanced accuracy in challenging matrices like high turbidity or varying oil types.
Fully automated, the instrument integrates sampling, sample conditioning (including homogenization and degassing), measurement, and cleaning cycles. It features automatic calibration, self-diagnostic functions, and robust sensor designs with anti-fouling mechanisms like wipers or air blasts to maintain reliability in harsh environments. Data is transmitted via standard protocols (4-20mA, Modbus, Ethernet) for integration with plant control systems, enabling real-time alarms and automated process adjustments. -
SC8500OIL Online Oil-in-water Analyzer
Online Oil-in-Water Analyzer is a specialized instrument designed for the continuous, real-time monitoring of oil and hydrocarbon concentrations in water. It plays a critical role in environmental protection, industrial wastewater treatment, produced water monitoring in oil and gas operations, marine vessel ballast water management, and cooling water systems in power plants and refineries. By providing immediate detection of oil contamination, it enables rapid response to prevent environmental violations, protect aquatic ecosystems, and ensure regulatory compliance with stringent discharge limits (such as the 15 ppm standard for produced water).
The analyzer employs advanced optical detection technologies, most commonly ultraviolet fluorescence (UVF) or infrared absorption (IR) methods. UVF technology is particularly effective as it excites oil molecules with specific wavelengths of light, causing them to emit fluorescence proportional to the oil concentration. This method offers high sensitivity, fast response, and minimal interference from water itself. Some systems utilize laser-induced fluorescence or scattered light measurements for enhanced accuracy in challenging matrices like high turbidity or varying oil types.