The SITRANS FUS SONO 3300 is an inline ultrasonic flowmeter designed for liquid flow measurement.
It works on the transit-time (time-of-flight) principle to determine flow velocity.
The system consists of a SONO 3300 sensor combined with a SITRANS FUS060 transmitter.
It is mainly used for measuring volume and mass flow rates in full pipes.
The flowmeter is suitable for clean water, wastewater, oils, and general industrial liquids.
It provides high accuracy, typically better than ±0.5% of the measured value.
Measurement is independent of temperature, pressure, density, and conductivity of the liquid.
The sensor is made of carbon steel and includes integrated ultrasonic transducers.
It features a robust, fully welded design for durability in industrial environments.
The flowmeter supports a wide range of pipe sizes, typically from DN 50 to DN 300.
It operates at temperatures up to around 160°C and pressures up to 40 bar.
The system offers no pressure drop since it uses non-intrusive ultrasonic measurement.
It has excellent immunity to impurities and flow disturbances in the liquid.
The device is ATEX certified, making it suitable for hazardous environments.
Overall, it provides reliable, maintenance-free, and long-term stable flow measurement for industrial applications.
The SITRANS FUS SONO 3300 is a robust, inline ultrasonic flow sensor designed by Siemens for liquid applications, typically paired with the FUS060 transmitter for high-accuracy measurement
Material Carbon steel
Brand Siemens
Application Media Any Liquid
Usage/Application Automotive
Display Remote
Model Name/Number SITRANS FUS SONO 3300
Accuracy 0.5% of flow rate
Size DN 50 to DN 300 (2“ to 12“)
The SITRANS FUS SONO3300/SITRANS FUS060 flowmeter consists of a SITRANS FUS SONO 3300 sensor and a SITRANS FUS060 transmitter. The sensor is available in carbon steel and is fitted with integrated transducers. The SITRANS FUS060 transmitter makes use of an advanced transit-time signal processing technology ensuring reliable and accurate signal detection for a wide range of processes.
