By submitting this form, you are agreeing to the Terms of Use and Privacy Policy.
Electromagnetic flow meters, also referred to as magmeters, are at the forefront of the downsizing of electronics and sensors. This overall change in flow meter size is driven by the need to achieve high geometrical stability and increased performance with electromagnetic flow meter diagnostics.
The expanding trend of miniaturization is anticipated to have a substantial impact on the elements influencing the future of the electromagnetic flow meter market in the next few years due to the growing acceptance of compact electronic circuits in a variety of industrial applications.
There are several industrial uses for electromagnetic flow meters. Electromagnetic flow meters are used in the food business, for instance, to measure the volumetric flow of juices, milk, and industrial water. Liquids that are clean and conductive are mainly used in this.
In addition, electromagnetic flow meters are employed for fluids containing suspended solids. This has broadened the field of industrial applications for electromagnetic flow meters and now covers sewage, chemicals, wastewater, and slurries.
The Global Electromagnetic Flow Meter Market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Emerson launched electromagnetic flow meters which are sup3r efficient because they are obstruction-free, affordable, bi-directional, and give extremely accurate volumetric flow measurement, magnetic flow meters, also known as electromagnetic flow meters or mag meters, are frequently chosen.
Numerous electrode configurations, line diameters, and line materials are available to satisfy a variety of process applications. For the best performance in demanding, high-noise situations, consider our Slurry Platform.
A transmitter and a sensor work together to measure flow in electromagnetic flow meters, or magmeters. The sensor of a magnetic flow meter is inline and monitors the induced voltage that a fluid creates as it passes through a pipe.
The transmitter translates the voltage produced by the sensor into a flow measurement before transmitting the flow measurement to a control system. The transmitter applies current to the meter’s coils to drive them. A magnetic field is created between the two coils once they are powered.
ELECTROMAGNETIC FLOW METER MARKET PRODUCT DEVELOPMENT AND INNOVATION
The Siemens AG, a market leader in the field of industrial automation and measurement technology, offers the SITRANS F M MAG 8000, a sophisticated electromagnetic flow meter.
The MAG 8000 has established itself as a dependable and effective option for different applications thanks to its cutting-edge features and excellent accuracy. The MAG 8000 is made to gauge the flow rate of substances like water, chemicals, and slurries that are electrically conductive.
It makes use of the electromagnetic induction theory of Faraday’s law to precisely calculate the flow rate based on the induced voltage produced by the moving fluid in a magnetic field. Even in difficult industrial conditions, this technology ensures accurate and reliable measurement.
The MAG 8000’s wide range of sizes, which enables it to accommodate various pipe diameters, is one of its important characteristics. The meter is appropriate for both small-scale and large-scale applications because it is offered in diameters from DN2 (1/12″) to DN3000 (120″).
The MAG 8000 can be used in a variety of industries, including as water and wastewater management, chemical processing, the production of food and beverages, and pharmaceutical manufacturing, thanks to its versatility in size. The MAG 8000 uses digital signal processing (DSP) technology and sophisticated signal processing algorithms to improve performance.
With an average accuracy of 0.2% of the flow rate, it provides great measurement precision, assuring accurate and dependable results. The DSP technology enables the meter to maintain accuracy over time by reducing noise, stabilizing the signal, and automatically adjusting to shifting process conditions.
The MAG 8000 also has a strong and long-lasting build to endure challenging operating circumstances. The housing is made of fully welded cast iron or stainless steel, providing resistance to corrosion, chemicals, and mechanical stress. The meter can work dependably in challenging conditions because it is also built to handle temperature and pressure swings.
The MAG 8000 provides simple configuration and operation choices. It has a simple menu-driven user interface with a backlit graphical display that makes parameter change and navigation simple.
The meter can be easily set up and customized in accordance with particular application needs either locally using the display and keypad or remotely using a PC-based software tool.
The MAG 8000 supports a number of communication protocols, including HART, PROFIBUS, Modbus RTU, and Ethernet/IP, to ensure simple integration into current process control systems.
This makes it possible for the meter to interface with distributed control systems (DCS), programmable logic controllers (PLC), and supervisory control and data acquisition (SCADA) systems, simplifying smooth data integration and interchange.
Additionally, the MAG 8000 has diagnostic and self-checking features that offer important information about the functionality and health of the meter. It regularly checks for potential problems such as electrode coating, empty pipe identification, and others and notifies operators of any anomalies.
This proactive diagnostic capacity aids in minimizing downtime, improving maintenance plans, and assuring the measuring system’s long-term dependability.
The MAG 8000 provides a complete solution for monitoring and managing fluid flow in a variety of industries thanks to its wide range of sizes, excellent accuracy, sturdy construction, user-friendly operation, and cutting-edge features including diagnostic capabilities and communication protocols.
