How to choose an electromagnetic flowmeter based on measurement needs？

Case introduction

Nowadays, electromagnetic flow meters are used in many industrial productions or school laboratories. A layman may not know what role this device can play. Under the same effect, why do people choose to use electromagnetic flowmeters? Specializing in the production of electromagnetic flowmeters. So first of all, laymen must know what this device is used for. First of all, this device works through electromagnetic effects, so we must pay attention to several aspects when purchasing. Because the effect of using this equipment is achieved based on the equipment you choose, if the equipment you purchase does not match the medium of the fluid being measured, it is likely to cause deviations in the measurement of the equipment.

Nowadays, electromagnetic flowmeters are used in many industrial productions or school laboratories. If a layman may not know what role this device can play, why would everyone choose to use electromagnetic flowmeters when the role is the same? Specializing in the production of electromagnetic flowmeters. So first of all, laymen must know what this device is used for. First of all, this device works through electromagnetic effects, so we must pay attention to several aspects when purchasing. Because the effect of using this equipment is achieved based on the equipment you choose, if the equipment you purchase does not match the medium of the fluid being measured, it is likely to cause deviations in the measurement of the equipment. Therefore, when purchasing, we must judge based on the physical and chemical properties of the liquid medium that needs to be measured. Different from many electromagnetic flowmeter manufacturers, generally speaking, electromagnetic flowmeters mainly include seven parts: electrodes, conduits, linings, yokes, shells, coils, and converters.

The quality of the yoke determines the electromagnetic flow rate. The quality of the design. The excellence of the electromagnetic flowmeters produced by Zhongruineng Instruments is that Zhongruineng has always adhered to the production and management philosophy of quality first, and has been committed to providing high-quality electronic instruments to our customers for many years. Therefore, the instrument uses the most precise symmetrical yoke piece in the production process of electromagnetic flowmeter, which can effectively improve the flow rate measurement of liquids with low conductivity, and then accurately measure the flow rate, which is consistent with the production standards of international manufacturers. After choosing a suitable electromagnetic flowmeter, you will find that this device has the following advantages. First of all, the sensor is one of the most important components of the entire device, because its accuracy directly determines the accuracy of the measurement. Let's take a look at the phenomenon. If this device is in use and all other components are running stably, but this sensor fails, then you can imagine the final result. So why can the sensor of this device be of such good quality? In fact, every device must pass strict real-flow settings before being sold in the market.

Everyone should pay attention to the fact that it is real-flow, that is, it simulates the real environment for measurement. In this way, the products that pass the inspection must be of good quality. Compared with equipment other than electromagnetic flowmeters, electromagnetic flowmeters may have some deviations when measuring small flow rates, which means that the measurement results will have certain errors. This is a common problem with many measuring instruments. Most of themWhen the equipment measures a small flow of liquid, the small signal generated will be interfered by the coil. Everyone knows that we may often measure some small flow of liquid during daily production or experiments, so this problem must be avoided. However, this device uses electrodes as a complete electrostatic shielding function, so it can reduce the interference of the coil on small signals. But these advantages alone are not enough to attract the public. Because welding is the most important and main production process of sensors, some equipment may often have problems in this production process, especially the last welding process after the safety coil. If this process is not done well, it will directly affect the flow rate. The degree of calculation. But you don’t have to worry, because all the welding processes of sensors in electromagnetic flowmeters use argon arc welding. Although the cost of this process will be relatively high, it greatly improves the reliability of the welding, so this is what many manufacturers do in order to save money. Nothing to do.