Electromagnetic flow meter is the application of the principle of electromagnetic induction, according to the conductive fluid through the applied magnetic field when the electric potential generated to measure the flow of conductive fluids of an instrument, because it is high precision measurement, stable performance, long working time, so in various industries can see its figure.

Radar level meter is a commonly used in liquid level measurement instrumentation, it can effectively and accurately measure the height of the liquid or solid in the container, widely used in chemical, food, pharmaceutical and other industries, especially for oily wastewater and other liquid level measurement occasions with very high measurement accuracy and reliability requirements, radar level meter is the preferred choice of many companies to measure the instrument.

The specific volume of superheated steam is determined by the temperature and pressure of steam two parameters, and in different parameter ranges, the expression form of the specific volume is not the same, can not be expressed in the same general formula, so you can not get a unified formula for calculating the specific volume, can only be derived individually to find the temperature and pressure compensation metric.

With the development of modern industry, more and more industries need to measure and control the level of solid materials, such as cement, coal, powder, etc.. And in large dusty working conditions, traditional level meters are easily disturbed by dust, which leads to inaccurate measurement and affects production efficiency. Radar level meters, on the other hand, can work better by using special technology and materials to improve their ability to overcome dust interference.

In liquid level measurement, ultrasonic Level sensor is a kind of non-contact material level measuring instrument that is widely used. However, in practical application, as temperature, humidity, dust, chemical composition of the measured liquid and other factors will affect the measurement accuracy of the ultrasonic Level sensor wholesale to varying degrees, it is necessary to master the calibration methods of different errors caused by different factors to achieve accurate measurement.

Radar level meter is an advanced measuring instrument for solid materials, process vessels or strong dust prone to crystallization and condensation. It has the advantages of low maintenance, high performance, high accuracy, high reliability and long service life.

Brine tank level monitoring is an important means to evaluate whether the brine system of freezing project is operating normally. In the construction of freezing project, brine leakage accidents such as freezing pipe rupture are usually detected by observing the brine tank level, so brine tank level measurement is important.

As a supplier of radar level meter for many years, Guangdong Kaidi Energy Technology Co., Ltd. often receives many inquiries, among which the more frequently mentioned question is "Why should the radar level meter set the dielectric constant?" For this question, today's detailed answer.

Petrochemistry industry, referred to as petrochemical industry, is one of the key pillar industries in China. It mainly processes and sells crude oil and natural gas, such as diesel, gasoline, kerosene, paraffin, asphalt, plastics, rubber, chemicals, etc.

The installation position of the temperature primary point should be selected in a location where the medium temperature changes sensitively, and should not be selected near resistance components such as valves and welds, or at dead corners of the medium flow beam.

The installation method of temperature transmitter instruments (usually referred to as primary instruments including thermocouples, thermal resistors, bimetallic thermometers, local displays, etc.) can be divided into four types according to the fixed form: flange fixed installation; Fixed installation with threaded connection; The flange and threaded connection are fixed and installed together; Simple protective sleeve insertion installation.

Level measurement is often required in vessels with agitation in the chemical, pharmaceutical and food industries. Traditional level meters are prone to errors in stirred conditions, but radar level meters can break through this challenge. In this paper, we will introduce the measurement principle of radar level meter in stirred conditions and present two actual measurement cases.