Accurate flow monitoring in demanding liquid applications starts with a measurement principle that fits the medium. This transmitter family uses a turbine driven by the flowing liquid, with rotor speed detected by a biased Hall sensor positioned outside the flow chamber. The result is linear flow measurement for water and other low-viscosity liquids across ranges from 1.8...1133 l/min.
Built for industrial use, the stainless-steel wetted construction and PN 250 pressure rating support dependable operation in pressurized systems. Measurement uncertainty is ±1 % of full scale within the specified range, including linearity and repeatability, giving operators a clear basis for process control and monitoring.
Commissioning stays practical on site. IO-Link allows digital configuration and measured value readout, while selectable analog outputs and a configurable push-pull transistor output cover common control system requirements. The housing provides ingress protection (IP) IP65 / IP67 for use in typical industrial environments.
The flowing medium drives a turbine, and a biased Hall sensor outside the flow chamber detects rotor speed for flow measurement.
The transmitter is designed for water and other low-viscosity liquids. The specified viscosity range is 1...5 mm²/s.
The integrated electronics provide analog current or voltage outputs and a push-pull transistor output with selectable functions.
IO-Link Revision V1.1.3 enables configuration and measured value readout. The interface supports COM2, SIO mode and block parameterization.
The family covers nominal diameters DN 15...DN 50 with male threaded process connections and stainless-steel wetted housing parts.
Connection is made via a 4-pin M12x1 circular connector. The supply voltage is 18...30 V DC.
