Designed for measurement precision and durability, this state-of-the-art sensor combines advanced ultrasonic technology with mobile compatibility, offering a versatile solution for a wide range of industrial applications.
The SU Puresonic sensor features a compact design, without display, engineered to withstand high media temperatures of up to 120°C.
Its robust stainless steel measuring
tube is free from internal structures, seals, or moving parts, ensuring maximum durability and eliminating common issues such as blockages, leaks, and pressure drops.
This rugged construction makes it ideal for demanding processes in industries such as mobile, agriculture, and construction machinery.
Suited for handling a variety of water-based media, including pesticides, as
well as glycol and oils, the SU Puresonic is purpose-built for specific applications, such as coolant systems, agricultural machinery, and water flow on concrete mixers.
The absence of a display minimises wear and enhances operational resilience, making it particularly effective in environments where durability and reliability are essential.
According to ifm, what sets this
sensor apart from its competitors is its seamless integration with mobile technology.
The SU Puresonic provides real-time monitoring and diagnostics through its dedicated application, enabling professionals to check flow rates and adjust settings remotely.
This flexibility supports on-the-go decision-making, reducing process interruptions and improving efficiency.
The sensor is also designed to meet diverse
operational requirements with its wide measuring range and compatibility with existing automation systems, removing the need for significant upgrades.
Users benefit from precise volumetric flow measurement and diagnostic data, ensuring reliable performance even in the most challenging environments.
ifm’s SU Puresonic Mobile Ultrasonic Sensor delivers cutting-edge technology, dependability, and versatility, equipping professionals with the tools to adapt and excel in an increasingly competitive industrial landscape.