Suzhou Delfino Environmental Technology Co., Ltd.
As an important part of the turbidity analyzer, the online turbidity controller can be combined with the turbidity sensor to realize real-time monitoring of the turbidity value of the water quality. Daruifuno's turbidity controller offer high accuracy and precision to provide reliable measurement results, important for critical applications. A good quality turbidity analyzer can cover a wide range of turbidity, allowing accurate measurements from low to high turbidity liquids. Daruifuno's turbidity meter can measure turbidity values in the range of 0~4000NTU, and has a fast response, which can provide turbidity results in a short time and improve work efficiency. The turbidity controller has a 3.2-inch LCD display with an intuitive user interface and an easy-to-operate control panel
The industrial online pH ORP controller APX1-C1Z developed and produced by Delfino is a cheap instrument that meets the rich output needs of customers. It has a 0/4-20mA current output and a two-wire RS485 communication interface, supports the Modbus communication protocol, and can meet the needs of customers with different output data. 2 multifunctional relays can control pH dosing, sensor cleaning and temperature control. The protection level of the online pH meter is IP66, which is...
The pH ORP controller is a device used to automatically adjust the pH of a liquid. It is very important in the process control of water quality analysis. First, it can improve production efficiency and product quality. In many industrial processes, pH control is critical. By using a pH controller, it can be ensured that the pH value of the liquid during the production process is always kept within the predetermined range, thereby reducing waste and loss during the production process. Second, pH...
The Advantages of differential signal pH controller is that it can eliminate problems such as electromagnetic interference and electrode polarization, thereby improving the measurement accuracy and stability of pH value. The industrial online pH orp controller can be connected with the pH sensors and ORP sensors to monitor the water quality online in real time. In some special occasions such as power plants, the requirements for controllers and sensors will be different. Daruifuno's APX1-G2 pH...
A pH sensor is a sensor used to measure the pH of a solution, and its principle is based on electrochemical reactions. An analog pH sensor usually consists of a glass electrode and a reference electrode. The inside of the glass electrode is coated with a glass membrane that reacts with hydrogen ions in the solution to generate a potential difference to measure the pH of the solution. This ASP300 online pH sensor is a combination electrode with double salt bridge design, long service life and...
ORP is the abbreviation of Oxidation-Reduction Potential, also known as Redox Potential. It is a physical quantity that measures the intensity and direction of redox reactions in solution. The principle of the ORP probe is to use electrode to measure the potential of the oxidation-reduction reaction in the solution. The redox probes are usually made of materials such as silver/silver chloride or platinum/platinum black. When the electrode comes into contact with a redox agent in solution, an...
The online conductivity analyzer is an instrument used to monitor and adjust the conductivity of water quality. The AEC1-T conductivity controller developed and produced by Daruifuno can meet most water treatment applications. Drinking water treatment, industrial water treatment, inline conductivity meter with 2 relays, can automatically adjust chemical additives or other steps to keep the conductivity value of water quality within a certain range. In the wastewater treatment industry, inline...
Ammonia nitrogen refers to the total nitrogen content of ammonia and amino compounds in water. In the process of sewage treatment, ammonia nitrogen is a very important indicator, because it can reflect the degree of decomposition of organic matter and the content of nitrogen in sewage. Therefore, sewage plants need to monitor the value of ammonia nitrogen to ensure the quality and effect of sewage treatment. In the sewage treatment process, the monitoring of ammonia nitrogen is mainly...
Daruifuno's online ammonia nitrogen controller is a digital instrument. It can be connected with the digital ammonia nitrogen sensor of the ion selection method to realize real-time monitoring of the ammonia nitrogen value of the water quality. The ammonia controller is widely used in water treatment plants, sewage plants, industrial production processes, etc., where ammonia nitrogen content needs to be monitored. The ammonia controller has two SPST relays for control system and clean control....
Sewage plants need to control the value of ammonia nitrogen, mainly to protect the environment and human health. The discharge of sewage with high ammonia nitrogen content into the natural environment will lead to problems such as eutrophication of water body and excessive algae reproduction, which will seriously affect the survival of aquatic organisms and the stability of water quality. At the same time, sewage with high ammonia nitrogen content will also pose a threat to human health. For...
Ammonia nitrogen is an important water quality parameter that needs to be monitored in the aquaculture industry. Daruifuno's DUC2-NH online ammonia nitrogen controller can be connected with the ammonia sensor to realize real-time online continuous monitoring of the ammonia nitrogen value of the water quality. This ammonia controller has 2 SPST relay outputs, two 4-20mA current outputs and RS485 communication. The ammonia controller can control the cleaning of the ammonia sensor in water. For...
Ozone O3 is a molecule composed of three oxygen atoms and is a strong oxidizing agent. It is produced in nature by means such as ultraviolet radiation and electric shock discharge, and is commonly found in the ozone layer in the atmosphere. The advantage of ozone as a disinfectant is that it can quickly kill bacteria, viruses and other microorganisms, and is more efficient than traditional disinfectants. During the disinfection process, no harmful residue is left, and it will not cause...
Chlorine dioxide can be used to disinfect and purify water sources. It is usually used in the water treatment industry, and in the tap water industry, monitoring chlorine dioxide is very important. Usually, before the raw water from the waterworks enters the treatment system, it is necessary to monitor the chlorine dioxide in the raw water to know whether there is chlorine dioxide pollution in the raw water. In the process of water treatment, the concentration of chlorine dioxide also needs to...
Chlorine dioxide (ClO2) is a colorless gas with a pungent odor. It is produced by the reaction of chlorine and oxygen under certain conditions. Chlorine dioxide has strong oxidizing and bactericidal properties, so it is widely used in many occasions. Monitoring water quality for chlorine dioxide levels can assess whether the concentration of disinfectant is high enough to achieve effective disinfection. Delfino's chlorine dioxide sensor is designed for continuous monitoring of water quality...
Peracetic acid is a strong oxidant that can quickly kill microorganisms such as bacteria, viruses and fungi in water, and plays an important role in water quality safety. Peracetic acid will be decomposed into water and oxygen after being used in water, without leaving any harmful substances, and has no pollution to the environment. It can effectively inhibit the reproduction of microorganisms in water, extend the shelf life of water, and prevent water from deteriorating. Peracetic acid can be...
The DUC2-TU turbidity controller can be connected with the turbidity sensor developed by Daruifuno using the principle of infrared scattering to measure the concentration of suspended substances in water, and then convert the measurement results into electrical signals for processing and monitoring. The role of the sewage plant turbidity transmitter is to monitor and control the turbidity in the sewage treatment process to ensure that the turbidity of the effluent meets the specified standards....
The drinking water industry has strict requirements on turbidity values. Turbidity refers to the ability of suspended particulate matter in water to scatter light, and is an index to measure the clarity of water quality. According to the standards of the World Health Organization (WHO), the turbidity of drinking water should be as low as possible, and generally should not exceed 1 NTU (turbidity unit). In some countries and regions, such as the United States and the European Union, the...
This digital infrared turbidity analyzer adopts the 90° near-infrared light scattering principle and conforms to the ISO7027 standard to measure the turbidity of water samples. DUC2-TU turbidity controller can be connected with the digital turbidity sensor to measure the water turbidity values. The controller has two relays and two 4-20mA current output. As a digital turbidity controller, it has RS485 interface and support Modbus protocol. Features Of Turbidity Controller ● Compatible with all...
Turbidity refers to the content of suspended matter in water, usually expressed by the number or concentration of particulate matter in water. These particles can be organic matter, inorganic matter, microorganisms, etc. suspended in water, or sediment, silt, etc. in water. Turbidity is an important indicator of water quality, which can reflect the content of impurities in water and the transparency of water, and is one of the important parameters in water quality monitoring. Monitoring the...
The content of suspended solids in water quality is one of the important indicators for evaluating water bodies. Suspended solids sensors are usually used with a suspended solids controller. Widely used in solid suspension control in industrial production process, such as water treatment, waste water treatment, ore flotation and other processes. By controlling the concentration and particle size of suspended solids, product quality can be improved, waste emissions can be reduced, and the...
OWA030, OWA350, OWA361 oil in water sensor, using the principle of ultraviolet fluorescence analysis, compared with several commonly used methods, the fluorescence method is more efficient, quicker and has better repeatability, and can be monitored in real time online. The sensor has better repeatability and stability to detect soluble and emulsified oils. In addition, OWA361 is equipped with an automatic cleaning brush, which can eliminate air bubbles and reduce the impact of contamination on...
Model
FEATURES 1. 7” colorful touchscreen. 2. Tungsten lamp light source met USEPA 180.1 requirement. 3. 3 photodiodes to ensure high accuracy. 4. 1-8 points calibration using Formazin standards or zero water. 5. Autor
Products Description
Products Description
Products Description
Model
FEATURES 1. 7” colorful touchscreen. 2. Tungsten lamp light source met USEPA 180.1 requirement. 3. 3 photodiodes to ensure high accuracy. 4. 1-8 points calibration using Formazin standards or zero water. 5. Autor
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