Ultrasonic flow meters from ifm streamline your operational processes with exceptional precision and reliability. Our flow meters use advanced ultrasonic technology for optimial performance and accurate measurement of flow rate in a pipeline.

Since 1986, ifm has built an excellent reputation for outstanding customer service and price-to-performance ratios for industrial sensors and automation solutions. We proudly service more than 23,000 customers nationwide with over $260 million in annual sales.  

Whether for regulatory compliance or process optimization, our ultrasonic flow meters are the perfect solution for your needs.

Why use an ifm ultrasonic meter?

The SU Puresonic excels in providing accurate measurement of flow rates, particularly suitable for ultra-pure waters like those used in reverse osmosis systems. It operates based on the transit time of ultrasonic signals, which measure the velocity of a fluid without any contact,. his process eliminates risks associated with contamination and pressure drops. This meter proves invaluable in maintaining the integrity of sensitive processes.

IO-Link Connectivity

Our ultrasonic flow meters with IO-link connectivity enhance the resolution and accuracy of flow rate data. By providing a pure digital signal output, they enable seamless integration with modern control systems. This connectivity facilitates real-time monitoring and management of flow data for optimizing operations and predictive maintenance in smart manufacturing environments.

ifm ultrasonic flow meter: Features

The SU Puresonic Ultrasonic Flow Meter,is a state-of-the-art device, is equipped with advanced features that ensure accurate and reliable flow measurement. It supports a wide range of pipe sizes and materials, making it highly versatile for various industrial applications including: 

• Water treatment facilities 
• Chemical processing plants 
• Pharmaceutical production.

Its capability to handle various types of ultrasonic flow measurement allows it to operate efficiently across different scenarios where fluid dynamics are critical.