The battery-powered ultrasonic flowmeter FLUXUS® F601 is an ideal tool for service work and quick control measurements. Its clamp-on flow transducers are simply mounted onto the pipe from the outside and are thus quickly installed, without process interruption.

The measurement is pressure independent and can take place on pipes of almost any materials and on almost any liquid. Transducers are available for pipe diameters from 6 mm to
6500 mm and for temperatures ranging from -40°C to 400°C (more). Two pairs of transducers usually are enough to realize all standard industrial applications. FLUXUS F601 is thus highly flexible and can be used on the most various applications on totally different measuring points.

With FLUXUS® F601, flow control is a matter of a few minutes. To start the measurement, you only have to mount the transducers on the pipe, enter the pipe and medium parameters and adjust the distance between the transducers as indicated by the electronic unit. No zeroing procedure is necessary since all transducer pairs are factory calibrated and the calibration data is permanently stored in the transducers themselves. The user interface is always automatically adapted to the actually connected transducers.

FLUXUS® F601 has been engineered for the harsh conditions of industrial installations. Its housing is water and dust tight and resistant against oil, many liquids and dirt. The meter and its many accessories are delivered in a sturdy waterproof transport case which dimensions fulfil the airline requirements for carry-on luggage.

Thanks to advanced battery management and Lithium ions battery, F601 allows for more than 14 hours of battery-powered measurement. The remaining battery capacity is displayed and helps planning measuring campaigns realistically.

Beside the standard version, F601 can also be delivered with a wider range of signal inputs and outputs (Multifunctional version), as well as in the Energy version with high precision temperature probes making the energy measurement more powerful than ever.

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