Products
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CS6512W-SE Potassium Ion Electrode
Specifications:
Type: PVC membrane ion-selective electrode Measurement range: 0.04–39000 mg/L Temperature range: 0–50 °C Pressure tolerance: Not pressure resistant Temperature sensor: None Electrode mode: Single measuring electrode(used with a matching reference electrode) Housing material: PVC Connection thread: PG13.5 Cable length: 5 m or as agreed Cable termination: Tinned or as agreed.
The core of a modern potassium ISE is typically a polymer-based liquid membrane or a valinomycin-based PVC membrane. Valinomycin, a natural ionophore, exhibits exceptional selectivity for potassium ions over other common cations like sodium (Na⁺), which is critical for accurate measurements in complex matrices such as blood or soil extracts. The electrode operates on the potentiometric principle: when immersed in a sample, the selective binding of K⁺ ions at the membrane-solution interface generates a measurable potential difference. This potential, measured against a stable reference electrode, follows the Nernst equation and is logarithmically proportional to the potassium ion activity. -
CS6514A Ammonia Nitrogen (Ammonium Ion) Electrode
Specifications:
Type: PVC Membrane Ion-Selective Electrode
Measurement Range: 0.02 – 18000 mg/L
pH Range: 4 – 10 pH
Temperature Range: 0 – 50 °C
Pressure Resistance: Not Pressure-Resistant
Temperature Sensor: None
Housing Material: EP
Connection Thread: PG13.5
Cable Length: 5 m or Custom
Cable Termination: Tinned or Custom -
CS6514W-SE Ammonia Nitrogen (Ammonium Ion) Electrode
Specifications:
Type: PVC Membrane Ion-Selective Electrode
Measurement Range: 0.02 – 18000 mg/L
Temperature Range: 0 – 50 °C
Pressure Resistance: Not Pressure-Resistant
Temperature Sensor: None
Electrode Configuration: Single Measurement Electrode (Requires a separate reference electrode for use)
Housing Material: PVC
Connection Thread: PG13.5
Cable Length: 5 m or Custom
Cable Termination: Pin Connector, BNC, or Custom -
CS6514W-SE-S8 Ammonia Nitrogen (Ammonium Ion) Electrode
Specifications:
Type: PVC Membrane Ion-Selective Electrode
Measurement Range: 0.02 – 18000 mg/L
Temperature Range: 0 – 50 °C
Pressure Resistance: Not Pressure-Resistant
Temperature Sensor: None
Electrode Configuration: Single Measurement Electrode (Requires a separate reference electrode for use)
Housing Material: PVC
Connection Thread: PG13.5
Cable Length: 5 m or Custom
Cable Termination: Pin Connector, BNC, or Custom -
W8288CA Hardness (Calcium Ion) Monitor RS485 Measuring
The industrial online ion monitor is a microprocessor-based water quality online monitoring and control instrument. This device is equipped with various types of ion electrodes and is widely used in power plants, petrochemical industries, metallurgy, electronics, mining, papermaking, bio-fermentation engineering, pharmaceuticals, food and beverage production, and environmental water treatment for continuous monitoring and control of ion concentration levels in aqueous solutions.
Hardness (Calcium Ion) Monitor is an online analytical instrument designed for the continuous, real-time measurement of water hardness, specifically through the detection of calcium ion (Ca²⁺) concentration. It is a critical tool in industries and facilities where water quality is paramount, including boiler and cooling water treatment in power plants, chemical manufacturing, beverage production, and municipal water supply management. By providing instant data, it enables proactive control of scaling, corrosion, and process efficiency -
T6510CA Hardness (Calcium Ion) Monitor
The industrial online ion monitor is a microprocessor-based water quality online monitoring and control instrument. This device is equipped with various types of ion electrodes and is widely used in power plants, petrochemical industries, metallurgy, electronics, mining, papermaking, bio-fermentation engineering, pharmaceuticals, food and beverage production, and environmental water treatment for continuous monitoring and control of ion concentration levels in aqueous solutions -
T6010CA Hardness (Calcium Ion) Monitor
The industrial online ion monitor is a microprocessor-based water quality online monitoring and control instrument. This device is equipped with various types of ion electrodes and is widely used in power plants, petrochemical industries, metallurgy, electronics, mining, papermaking, bio-fermentation engineering, pharmaceuticals, food and beverage production, and environmental water treatment for continuous monitoring and control of ion concentration levels in aqueous solutions -
CS6511C-S8 Chloride Ion Electrode for Water Monitoring
The industrial online ion monitor is an online water quality monitoring and control instrument with a microprocessor.This instrument is equipped with various types of ion electrodes and is widely used in power plants, petrochemicals,metallurgy electronics, mining,papermaking, biological fermentation engineering, medicine, food and beverage,and environmental water treatment. It continuously monitors and controls the ion concentration values of water solutions.
Key operational advantages include real-time process control, early detection of contamination events, and reduced reliance on manual laboratory testing. In power plants and industrial water systems, it prevents costly corrosion damage by monitoring chloride ingress in boiler feedwater and cooling circuits. For environmental applications, it tracks chloride levels in wastewater discharges and natural water bodies to ensure compliance with environmental standards.
Modern chloride monitors feature robust sensor designs for harsh environments, automated cleaning mechanisms to prevent fouling, and digital interfaces for seamless integration with plant control systems. Their implementation enables proactive maintenance, ensures product quality, and supports sustainable water management practices through precise chemical control. -
T4010CA Hardness (Calcium Ion) Monitor Online Water Concentration Meter
The industrial online ion monitor is a microprocessor-based water quality online monitoring and control instrument. This device is equipped with various types of ion electrodes and is widely used in power plants, petrochemical industries, metallurgy, electronics, mining, papermaking, bio-fermentation engineering, pharmaceuticals, food and beverage production, and environmental water treatment for continuous monitoring and control of ion concentration levels in aqueous solutions -
CS6711C Chloride Ion Electrode for Water Monitoring
The industrial online ion monitor is an online water quality monitoring and control instrument with a microprocessor.This instrument is equipped with various types of ion electrodes and is widely used in power plants, petrochemicals,metallurgy electronics, mining,papermaking, biological fermentation engineering, medicine, food and beverage,and environmental water treatment. It continuously monitors and controls the ion concentration values of water solutions.
Key operational advantages include real-time process control, early detection of contamination events, and reduced reliance on manual laboratory testing. In power plants and industrial water systems, it prevents costly corrosion damage by monitoring chloride ingress in boiler feedwater and cooling circuits. For environmental applications, it tracks chloride levels in wastewater discharges and natural water bodies to ensure compliance with environmental standards.
Modern chloride monitors feature robust sensor designs for harsh environments, automated cleaning mechanisms to prevent fouling, and digital interfaces for seamless integration with plant control systems. Their implementation enables proactive maintenance, ensures product quality, and supports sustainable water management practices through precise chemical control. -
Chloride Ion Electrode CS6511A for Water Monitoring
The industrial online ion monitor is an online water quality monitoring and control instrument with a microprocessor.This instrument is equipped with various types of ion electrodes and is widely used in power plants, petrochemicals,metallurgy electronics, mining,papermaking, biological fermentation engineering, medicine, food and beverage,and environmental water treatment. It continuously monitors and controls the ion concentration values of water solutions.
Key operational advantages include real-time process control, early detection of contamination events, and reduced reliance on manual laboratory testing. In power plants and industrial water systems, it prevents costly corrosion damage by monitoring chloride ingress in boiler feedwater and cooling circuits. For environmental applications, it tracks chloride levels in wastewater discharges and natural water bodies to ensure compliance with environmental standards.
Modern chloride monitors feature robust sensor designs for harsh environments, automated cleaning mechanisms to prevent fouling, and digital interfaces for seamless integration with plant control systems. Their implementation enables proactive maintenance, ensures product quality, and supports sustainable water management practices through precise chemical control. -
CS6711A Chloride Ion Electrode
The industrial online ion monitor is an online water quality monitoring and control instrument with a microprocessor.This instrument is equipped with various types of ion electrodes and is widely used in power plants, petrochemicals,metallurgy electronics, mining,papermaking, biological fermentation engineering, medicine, food and beverage,and environmental water treatment. It continuously monitors and controls the ion concentration values of water solutions.
Key operational advantages include real-time process control, early detection of contamination events, and reduced reliance on manual laboratory testing. In power plants and industrial water systems, it prevents costly corrosion damage by monitoring chloride ingress in boiler feedwater and cooling circuits. For environmental applications, it tracks chloride levels in wastewater discharges and natural water bodies to ensure compliance with environmental standards.
Modern chloride monitors feature robust sensor designs for harsh environments, automated cleaning mechanisms to prevent fouling, and digital interfaces for seamless integration with plant control systems. Their implementation enables proactive maintenance, ensures product quality, and supports sustainable water management practices through precise chemical control. -
Chloride Ion Monitor Analyzer Chlorine Meter W8588CL
The industrial online ion monitor is an online water quality monitoring and control instrument with a microprocessor.This instrument is equipped with various types of ion electrodes and is widely used in power plants, petrochemicals,metallurgy electronics, mining,papermaking, biological fermentation engineering, medicine, food and beverage,and environmental water treatment. It continuously monitors and controls the ion concentration values of water solutions.
Key operational advantages include real-time process control, early detection of contamination events, and reduced reliance on manual laboratory testing. In power plants and industrial water systems, it prevents costly corrosion damage by monitoring chloride ingress in boiler feedwater and cooling circuits. For environmental applications, it tracks chloride levels in wastewater discharges and natural water bodies to ensure compliance with environmental standards.
Modern chloride monitors feature robust sensor designs for harsh environments, automated cleaning mechanisms to prevent fouling, and digital interfaces for seamless integration with plant control systems. Their implementation enables proactive maintenance, ensures product quality, and supports sustainable water management practices through precise chemical control. -
Chloride Ion Monitor Analyzer Chlorine Meter W8088CL
The industrial online ion monitor is an online water quality monitoring and control instrument with a microprocessor.This instrument is equipped with various types of ion electrodes and is widely used in power plants, petrochemicals,metallurgy electronics, mining,papermaking, biological fermentation engineering, medicine, food and beverage,and environmental water treatment. It continuously monitors and controls the ion concentration values of water solutions.
Key operational advantages include real-time process control, early detection of contamination events, and reduced reliance on manual laboratory testing. In power plants and industrial water systems, it prevents costly corrosion damage by monitoring chloride ingress in boiler feedwater and cooling circuits. For environmental applications, it tracks chloride levels in wastewater discharges and natural water bodies to ensure compliance with environmental standards.
Modern chloride monitors feature robust sensor designs for harsh environments, automated cleaning mechanisms to prevent fouling, and digital interfaces for seamless integration with plant control systems. Their implementation enables proactive maintenance, ensures product quality, and supports sustainable water management practices through precise chemical control. -
Chloride Ion Monitor Analyzer Constant Voltage Residual Chlorine Meter W8288CL
The industrial online ion monitor is an online water quality monitoring and control instrument with a microprocessor.This instrument is equipped with various types of ion electrodes and is widely used in power plants, petrochemicals,metallurgy electronics, mining,papermaking, biological fermentation engineering, medicine, food and beverage,and environmental water treatment. It continuously monitors and controls the ion concentration values of water solutions.
Key operational advantages include real-time process control, early detection of contamination events, and reduced reliance on manual laboratory testing. In power plants and industrial water systems, it prevents costly corrosion damage by monitoring chloride ingress in boiler feedwater and cooling circuits. For environmental applications, it tracks chloride levels in wastewater discharges and natural water bodies to ensure compliance with environmental standards.
Modern chloride monitors feature robust sensor designs for harsh environments, automated cleaning mechanisms to prevent fouling, and digital interfaces for seamless integration with plant control systems. Their implementation enables proactive maintenance, ensures product quality, and supports sustainable water management practices through precise chemical control.