#Product Trends
Fuji Electric France Introduces the Revolutionary S-Flow Ultrasonic Flow Meter for Non-Invasive Flow Measurement
The S-Flow stands out for its easy installation, precise flow and temperature measurement, and exceptional versatility.
With no need for pipeline modifications or coupling grease, the S-Flow ensures a fast and hassle-free setup, allowing for immediate commissioning. Its intuitive three-button configuration enables quick and efficient operation, while the LED display provides real-time flow measurements for easy and direct reading.
The S-Flow flow meter features advanced communication capabilities, enabling seamless data transmission of flow and temperature measurements to a supervisory system or cloud platform. This allows industries to monitor processes in real time and implement rapid corrective actions when necessary. Additionally, integrated self-diagnostic functions help anticipate maintenance needs, ensuring optimal instrument performance throughout its lifecycle.
Its compact design makes it ideal for installations with limited space, offering a 76% size reduction compared to traditional flow meters. By integrating the transmitter and detector into a single unit, Fuji Electric has optimized the S-Flow’s footprint without compromising functionality.
Designed to work with a wide range of fluids and piping materials, the S-Flow adapts to various industrial environments, from ultra-pure water to chemicals and oils.
Beyond flow measurement, the S-Flow also provides pipe temperature monitoring, allowing users to track two critical parameters simultaneously—flow rate and temperature—for enhanced system performance. The two-line LED display ensures quick and effective data visualization.
The S-Flow exemplifies Fuji Electric France’s commitment to energy efficiency, cost reduction, and industrial process optimization. By delivering a highly accurate, reliable, and cost-effective flow measurement solution, the S-Flow plays a crucial role in minimizing production losses and enhancing energy performance.
