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Magnetic-inductive and thermal flow sensors measure flow in closed-pipe systems and provide switch, pulse, analog, or IO-Link outputs. Magnetic-inductive models detect flow, temperature, conductivity, and volume; select models are NSF/ANSI 61-certified. Thermal models sense velocity and temperature.
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IO-Link flow sensors/transmitters measure liquid flow in pipes and process systems, providing reliable feedback for monitoring and control applications such as valve regulation, pump control, and system optimization. IO-Link flow devices use either magnetic-inductive or thermal sensing technologies. Magnetic-inductive sensors measure conductive liquids by detecting an induced voltage, while thermal sensors determine flow based on heat transfer in the flowing liquid. The IO-Link interface offers seamless integration with established fieldbus systems, direct access to process and diagnostic data, and on-the-fly device configuration.
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Endress+Hauser Picomag series magnetic-inductive flow meters provide a reliable and versatile solution for measuring and monitoring conductive liquids such as drinking and industrial water. Their small size and easy Bluetooth® connectivity make them ideal for space-limited applications and difficult-to-reach locations.
Starting at
(DMA15-AAADA1)
New!
Wenglor weFlux2 insertion-style thermal flow sensors measure flow velocity and temperature in closed-pipe systems. They detect changes in heat dissipation within the flowing medium to deliver accurate, reliable readings regardless of mounting orientation or flow direction. IO-Link provides access to readings, configuration settings, diagnostics, and data logging.
Priced at
(FXFF903)
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