FCMI-15D12DYA4P-LIUP8X-H1141/S1352 Flow Rate Measurement – Inline Sensor with Integrated Processor

Features

• • Programmable flow meter for electrically conductive liquids
• • Magnetic-inductive principle
• • Display and monitoring of flow
• • 3-digit display [l/min]
• • Measuring accuracy 0…10l/min: <+/‐0.2 l/ min
• • Measuring accuracy 10…80l/min: <+/‐2% of minimum value
• • Minimum conductivity > 20 µS/cm (water > 30 µS/cm)
• • Prog. via pushbutton, code-protected
• • Device fully potted
• • DC 4-wire, 21.6…26.4 VDC
• • NO/NC prog., PNP output
• • 4…20 mA analog output
• • Analog output provides a current signal proportional to the flow rate for the overall operating range
• • Plug-in device, M12 x 1

Functional principle

The magnetic-inductive inline flow meter FCMI by TURCK is based on the Faraday principle. A measuring tube permeating magnetic field deviates the free charge carriers in the targeted medium to the tube walls. Voltage is created by electrical separation and picked up by two laterally mounted electrodes. The voltage quantity depends on the flow rate i.e.flow if the magnetic field is known. Thus the FCMI flow meter monitor reliably and wear-free the flow of various different liquid media which feature a determined minimum conductivity.