Electromagnetic, In-Line

3 products

Precision meets innovation with our Electromagnetic In-Line Flowmeters—designed to measure liquid flow based on electromagnetic induction, with no moving parts. Ideal for conductive fluids like water and chemical solutions, they offer exceptional accuracy, reliability, and minimal maintenance. Their in-line design fits directly into piping systems, while their robust construction withstands corrosive and high-pressure environments. With instant, digital flow rate readings and compatibility with SCADA and monitoring systems, these meters are ideal for water treatment plants, chemical processing facilities, and industrial automation projects.

Frequently Asked Questions

These instruments are designed to measure the flow of conductive liquids using the principle of electromagnetic induction. Because they have no moving parts, they provide exceptional accuracy and reliability with minimal maintenance. They are installed directly into piping systems, making them ideal for a variety of industrial applications.

The current range includes three specialized models: the Series MFS2 Magnetic Inductive Flow Sensor, the Series FLMG Flanged Electromagnetic Flow Sensor, and the Series MFS Magnetic Inductive Flow Sensor. Each model is engineered for specific piping and flow requirements.

In-line electromagnetic flowmeters are designed for conductive fluids, such as water, sewage, and various chemical solutions. They are highly effective in water treatment plants, chemical processing facilities, and other environments where precise liquid measurement is critical.

The meters in this collection feature robust construction that allows them to withstand corrosive and high-pressure environments. Their design ensures long-term stability and performance, even when handling aggressive or varying fluid compositions.

Yes, these flowmeters provide instant digital readings and are fully compatible with SCADA and other industrial monitoring systems. This compatibility makes them a key component for industrial automation projects that require real-time data flow and process control.

The in-line design fits seamlessly into existing piping, offering a direct measurement path with no obstruction to the flow. This results in no pressure drop across the meter and eliminates the wear and tear common in mechanical meters, ensuring a longer operational lifespan.