22 Feb 2021
Reliable flowmeters for the precise measurement or control of delivery are the basis for efficient and profitable processes in almost all applications in the food and beverage industry.
Typical examples are
FMQ – The compact & affordable all-rounder
The electromagnetic flowmeter FMQ is an extremely versatile, robust, and reliable device for all types of liquids, slurries, and pastes with a minimum conductivity of > 5 μS/cm. The performance range with a measuring accuracy of ±0.5 % ±2 mm/s and a measuring range from 30 l/h to 640 000 l/h (8 gal/hr to 169,000 gal/hr) is tailored to a multitude of applications, including batching and filling.
Now with IO-Link: FMQ with Flex-Hybrid Technology (IO-Link + 4…20 mA)
Flex hybrid technology with IO-Link and 4…20 mA combines the best of both worlds: Data can be transmitted from the sensor in digital, analog, or even parallel mode. The bidirectional communication enables status control at any time and preventive maintenance to avoid production downtimes. Installation and commissioning are time- and cost-saving thanks to plug-and-play technology, and the “Smart Replace Design” with automatic detection, configuration, and parameterization make sensor replacement easier than ever before.
Proven and field-tested for lasting precision
Flexible and easy installation
Thanks to the manufacturer-independent process connection with standard aseptic flange, FMQ enables easy, sanitary installation according to 3-A standards for all pipe standards from ½” to 4”.
The rotatable electronics housing with an illuminated graphic display guarantees optimum alignment and readability of the screen for all installation situations.
Thanks to its needs-based performance spectrum, FMQ is the most efficient and cost-effective option for a wide range of applications. If more advanced specifications are required for applications, the IZMAG electromagnetic flowmeter is the alternative high-end version for applications with a higher demand for accuracy: the increased measuring accuracy of ±0.2 % ±1 mm/s is ideal for high-precision applications, and the more versatile electronics offer even more options and communication interfaces such as Ethernet IP.
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