ifm Electronic Magnetic flow meter 0.2 to 100l
Product details
Monitored medium = liquid
Device type = Magnetic-inductive
Flow rate min. = 0.2 l/min.
Flow rate max. = 100 l/min.
Supply voltage = 19 → 30 Vdc
Connection type = M12
Pressure max. = 16bar
Material = PBT, stainless steel
Medium temperature min. = -20 °C
Medium temperature max. = +80°C
Operating temperature min. = -10°C
Operating temperature max. = +60°C
Series = SM
CE. Electromagnetic volumetric flowmeter. The SM series electromagnetic volumetric flow sensors measure liquids. They detect the three process categories of volumetric flow rate, consumed volume and average temperature. Consumption peaks, power consumption or cumulative energy consumption can be controlled and adjusted via programmed switch and alarm limit inputs - all at the touch of a button. The units have two switch outputs that can be programmed as normally open or normally closed. One switch output can also be programmed as a scalable analog output to output the measured value. For monitoring consumed volumes, the other output transmits counting pulses to the controller. In addition to volume flow monitoring, SM monitors the temperature of the medium. It is displayed on the unit and made available for signal processing. The sensor is therefore suitable for monitoring cooling systems. The robust stainless steel housing and a high protection class provide a high level of safety even in harsh environments. Depending on the volume flow rate detected, devices with different process connections are offered. Features and benefits. With volumetric flow rate, total flow rate and temperature display. High accuracy, repeatability and measurement dynamics. For use in conductive media from 20 μS/cm. With switching output, analog output and pulse output. Clearly visible LED display. Product application information. They are widely used in cooling circuits, e.g. in steel mills, the automotive industry and glass production. In water management and industrial plants, the sensors are used for water consumption measurement.