PRODUCT
Wall-mounted Alkalinity Analyzer
Product Introduction
An alkalinity meter is an instrument for measuring the acid-base degree of solution. When measuring, a composite electrode is inserted into the solution. Different electromotive forces are generated due to different alkalinity in the solution. After the signal is filtered and amplified by a DC amplifier, the magnitude of this voltage signal is exponentially proportional to the alkalinity concentration. Finally, by reading the magnitude of the voltage signal, the alkalinity value of the solution is inferred reversely with this precise instrument.
Product Introduction
An acidity meter is an instrument for measuring the acidity or alkalinity of a measured solution. When measuring, a composite electrode is inserted into the solution. Different electromotive forces are generated due to the different acidity of the solution. After the signal is filtered and amplified by a DC amplifier, the magnitude of this voltage signal is exponentially proportional to the acidity concentration. Finally, by reading the magnitude of the voltage signal, the acidity value of the solution is inferred through a precision instrument.
Wall-mounted Ammonia Nitrogen Analyzer
Product IntroductionThe online ammonia nitrogen analyzer is a precision instrument mainly used to detect ammonium ions in liquids. There is a layer of ammonium ion selective membrane at the front end of the sensor. When the sensor is placed in the measured solution, ammonium ions in the measured solution enter the interior of the sensor through the selective membrane, forming a tiny potential difference with the reference electrode. The magnitude of the potential difference is proportional to the concentration of ammonium ions. The circuit amplifies the potential difference, so as to obtain the concentration of ammonium ions and calculate the content of nitrogen element.
Online COD Analyzer (Electrode Method)
Product Introduction
The COD sensor uses advanced deep-ultraviolet UV LED cold light source, with long service life and small drift. It adopts international general technology and a proven high-precision ultraviolet absorption method. No sample pretreatment, reagent addition, or sampling equipment is required. The sensor has a mechanical self-cleaning function and uses a 550nm compensation light source, which can effectively eliminate the influence of turbidity and color on the measurement.
Wall-mounted Fluoride Ion Analyzer
Product Introduction
The online fluoride ion analyzer is a precision instrument mainly used to detect fluoride ions in liquids. There is a layer of fluoride ion selective membrane at the front end of the sensor. When the sensor is placed in the measured solution, fluoride ions in the solution enter the interior of the sensor through the selective membrane. The cation concentration inside the sensor increases, forming a tiny potential difference with the reference electrode. The potential difference is positively proportional to the concentration of fluoride ions. The circuit amplifies the potential difference, so as to obtain the concentration of fluoride ions.
Wall-mounted Bromide Ion Analyzer
Product Introduction
The online bromide ion analyzer is a precision instrument mainly used to detect bromide ions in liquids. There is a bromide ion selective membrane at the front end of the sensor. When the sensor is placed in the measured solution, bromide ions in the solution enter the interior of the sensor through the selective membrane. The cation concentration inside the sensor increases, forming a tiny potential difference with the reference electrode. The potential difference is proportional to the concentration of bromide ions. The potential difference is amplified through a circuit to obtain the bromide ion concentration.
Wall-mounted Lead Ion Analyzer
Product Introduction
The online lead ion analyzer is a precision instrument mainly used to detect lead ions in liquids. There is a layer of lead ion selective membrane at the front end of the sensor. The sensor is placed in the test solution. Lead ions in the test solution enter the interior of the sensor through the selective membrane. The cation concentration inside the sensor increases, forming a tiny potential difference with the reference electrode. The potential difference is proportional to the lead ion concentration. The potential difference is amplified through the circuit, so as to obtain the lead ion concentration.
Wall-mounted Silver Sulfide Ion Analyzer
Product Introduction
The online silver sulfide ion analyzer is a precision instrument mainly used to detect silver sulfide ions in liquids. There is a silver sulfide ion selective membrane at the front end of the sensor. When the sensor is placed in the measured solution, the silver sulfide ions in the measured solution enter the interior of the sensor through the selective membrane. The cations inside the sensor increase and form a tiny potential difference with the reference electrode. The potential difference is proportional to the concentration of silver sulfide ions. The potential difference is amplified through the circuit to obtain the concentration of silver sulfide ions.
Wall-mounted Iodide Ion Analyzer
Product Introduction
The online iodide ion analyzer is a precision instrument mainly used to detect iodide ions in liquids. There is a layer of iodide ion selective membrane at the front end of the sensor. When the sensor is placed in the measured solution, iodide ions in the solution enter the interior of the sensor through the selective membrane. A tiny potential difference is formed inside the sensor between the cation and the reference electrode. The potential difference is positively proportional to the concentration of iodide ions. The potential difference is amplified by the circuit, so that the concentration of iodide ions can be obtained.
Wall-mounted Potassium Ion Analyzer
Product Introduction
The online potassium ion analyzer is a precision instrument mainly used to detect potassium ions in liquids. There is a potassium ion selective membrane at the front end of the sensor. When the sensor is placed in the measured solution, potassium ions in the measured solution enter the interior of the sensor through the selective membrane. The cation inside the sensor increases, forming a tiny potential difference with the reference electrode. The potential difference is positively proportional to the concentration of potassium ions. The potential difference is amplified through the circuit, so that the concentration of potassium ions can be obtained.
Product Introduction
TDS refers to the total dissolved solids. By applying a certain electromotive force (sinusoidal alternating current) across the electrodes, the ions dissolved in water are proportional to the generated current. The current is measured after digital amplification to calculate the total dissolved solids in the solution.
