Intelligent Layered Liquid Interface Online Detector

One Overview:

Intelligent Layered Liquid Interface Online Detector The intelligent layering instrument is a high-precision online analytical instrument independently developed by our company. Different parameters such as density and concentration of the layered liquid generate different characteristic values. Our product uses the ultrasonic reflection method to measure the speed principle and integrates multiple detection technologies to finely measure the characteristic values. It is not affected by the conductivity, turbidity, flow velocity and other parameters of the medium, and has the advantages of high measurement accuracy, strong anti-interference ability, good repeatability, and high stability.

II Product Features:

1. High degree of automation：It can automatically complete a series of operations such as measurement, data collection, analysis, and report generation, reducing manual intervention and improving work efficiency and measurement accuracy and consistency.

2. Intelligent data analysis：With the help of algorithms and artificial intelligence technology, the collected data is deeply analyzed and processed, which can automatically identify the characteristics of hierarchical structures, detect abnormal situations, and provide detailed analysis reports and diagnostic suggestions, helping users to understand measurement results more quickly and accurately.

3. Multi parameter measurement and fusion：Multiple parameters related to layering can be measured simultaneously, such as thickness, density, acoustic characteristics, etc., and these parameters can be fused and analyzed to provide more comprehensive and accurate layering information, which helps to gain a deeper understanding of the internal structure and performance of the tested object.

4. Remote monitoring and operation：Supporting remote communication function, users can monitor, operate, and set parameters of the intelligent layering instrument at remote terminals through the network, facilitating management and control of the measurement process at different locations, achieving remote detection and diagnosis, and improving the flexibility and convenience of work.

5. Good system integration：Easy to integrate with other production equipment, quality inspection systems, or enterprise management systems to achieve data sharing and interaction, thus better integrating into the entire production process and quality management system, providing support for the digital transformation and intelligent production of enterprises.

6. Scalability：It has good scalability and can easily upgrade functions and expand modules according to users' different needs and application scenarios, such as adding new measurement functions, adapting to different types of tested objects or environmental conditions, etc., protecting users' investments and extending the service life of equipment.

III Process parameters:

Five Scope of application:
Intelligent Layered Liquid Interface Online DetectorIntelligent layering instrumentReal time online characteristic value detection can be performed, and the data can be output to the control end. The control end determines the hierarchical status based on the characteristic values and takes corresponding actions. Typical industries include pipelines for crude oil, refined oil, lubricants, as well as reaction vessels in industries such as chemical, food, and pharmaceutical. Specifically applied to interface detection in multi product pipelines in the above industries, detection of mixed mixtures, monitoring of reaction kettle endpoints, and interface detection of separators. The sensor works based on the principle of ultrasonic reflection measurement. By utilizing the reflection phenomenon of ultrasound on the surface of an object, when ultrasound propagates through a liquid and encounters the surface of the object or the interface between the object and the medium, these interfaces will reflect the ultrasound and change the propagation speed of the wave. Through the time difference of the reflected ultrasound, there will be a dedicated measurement circuit, which will be replaced with corresponding signals. The signals will be sent to a specialized high-precision time measurement chip for calculation, so as to obtain different characteristic values of different liquids and judge the layering situation from different characteristic values.

VI Installation method: