Intelligent electromagnetic flowmeter data accuracy

Project Overview

　　In modern industrial production, flow meter is a very important device. Intelligent electromagnetic flowmeter is one of the commonly used flowmeters. Compared with other traditional flowmeters, intelligent electromagnetic flowmeter shows significant advantages in data accuracy and long-distance transmission.

　　First of all, intelligent electromagnetic flowmeter adopts the principle of electromagnetic induction to measure the flow rate, so its measurement accuracy is high, which can reach 0.2 level or higher accuracy. Secondly, the intelligent electromagnetic flowmeter has a wide range, wide range of application, not only can measure the flow of various liquids, but also can adapt to a variety of flow ranges, from small to a few milliliters / hour, to large to thousands of cubic meters / hour.

　　In addition, the intelligent electromagnetic flowmeter is also characterized by long-distance transmission. In many production scenarios, due to the limitations of the production area, the distance between the flowmeter and the computer may be very far, if you use the traditional wired connection, you need to install a large number of cables and connecting equipment, not only increases the cost, but also increases the complexity of the system. The use of intelligent electromagnetic flowmeter, it can be realized through the communication module to achieve long-distance transmission, the data can be transmitted to the computer through the wireless network, bluetooth and other ways to achieve real-time monitoring and remote control of the data.

　　In addition, the intelligent electromagnetic flowmeter has some other characteristics, such as simple structure, easy to install, long service life and so on. It has been widely used in various fields such as chemical industry, environmental protection, food, pharmaceuticals, etc., and has become the mainstream equipment of the flow meter.

　　In general, the intelligent electromagnetic flowmeter has become an indispensable part of modern industrial production with its high precision, wide range, long-distance transmission and other characteristics. It provides strong technical support for the development of industrial automation, informatization, intellectualization, etc., and has a broad application prospect.